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VERO WorkXplore 2021.0 完美激活

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VERO WorkXplore 2021.0 (x64) | 439 Mb

Those who work in the CAD industry and are involved with complex undertakings, might seek for a way of quickly visualizing and analyzing data. This way, attempting to avoid resorting to full-fledged CAD suites that might be too complex just for data viewing. PartXplore was developed in order to provide users with the means to easily visualize, manipulate and analyze 3D CAD data and subsequent assemblies, all in a straightforward package.

Features
WorkXplore is distinguished by having a powerful combination of full feature capabilities, highest overall functionality, and incredible speed. It is specifically developed to dramatically increase collaboration, productivity and effectiveness throughout your cross-functional product development activities including: design, process development, manufacturing, quality, sales and customer communication, purchasing, product documentation and others.

The software is very easy to use and is designed for users who are not necessarily CAD experts to enable them to explore any type of 2D or 3D CAD file.

User Interface
WorkXplore has a clear, practical interface, giving users access to the full set of core functions directly from the home screen to ensure they are up and running with the software fast.

High Speed File Import/Export
WorkXplore enables users to build virtual unified prototypes or 3D models from files imported from various CAD applications. Users can work on model set up and improvements before committing time and resources to creating a real prototype.

Measurements
Even non-expert CAD users can quickly get to grips with WorkXplore's measurement functions and immediately obtain good results, by making use of the software's predefined selection modes.

Annotations
The need for 2D drawings is reduced as users can directly add dimensional and geometric measurements, annotations and labels to the 3D model.

Analysis
WorkXplore also offers a range of analysis functions which are usually only available with more costly CAD solutions. As well as being extremely fast the functions are very easy to use.

Animation
WorkXplore includes a fully functional animation kernel allowing users to generate exploded views or animated assembly movements. Setting up animations is achieved by simply initiating basic movements such as translation, rotation or following a guide.

Documentation
With WorkXplore users can generate screen captures to illustrate technical documents and assembly sheets. WorkXplore also possesses an image collector which also allows users to easily manage and distribute large volumes of images.

Publication
It is vital for company staff to be able to use communication tools that capture their personal expertize and enable this to be exploited by other staff members, whatever their CAD software skill level.

Collaboration
WorkXplore allows users to easily share their CAD models throughout the entire design and manufacturing chain with all project members, whether they are product managers, marketing, sales, outside manufacturing consultants, customers and suppliers.

Operating System: Windows 7 Pro, Windows 8 Pro, Windows 10 Pro 64 Bits

Home Page - http://www.workxplore.com/

VERO WorkNC 2021.0 激活

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VERO WorkNC 2021.0 (x64) Multilanguage | 1.5 Gb

WORKNC CAM software is the premier automatic CNC software for surface or solid models in mold, die and tooling businesses for 2 to 5-axis CNC programming. WORKNC is used by all western, Japanese and Korean automotive makers and well-known OEMs from a range of other industries.

WORKNC is best of breed, complementary CAM software that enhances all design and manufacturing systems by providing the most reliable, efficient, easy-to-program cutter paths, resulting in unmatched productivity and safety. The latest version of WORKNC – just released by Hexagon Manufacturing Intelligence’s Production Software business – continues its focus on customers’ shopfloor productivity, by expanding its exclusive Advanced Toolform technology with the introduction of 5-axis machining for any tool shape.

WORKNC 2020.0 allows for 5-axis tool shapes such as barrels,ovals,parabolic, or any given shape, to be calculated over the part surfaces, including negative offsets (allowances).

“This is the perfect complement for the well-established 3-axis finishing toolpaths,” says WORKNC Brand Manager Miguel Johann. “Also known as circle-segment tools, they revolutionize machining productivity at all levels.

“They bring the benefit of a smoother contact point, resulting in larger stepovers, without compromizing on accessibility, as it keeps the shank diameter relatively small. WORKNC’s Advanced Toolform solution allows for multiple surfaces to be machined at the same time, in CAD models coming from any source, solid or surface based.”

The Wall Machining toolpath also gets a boost by including the Spiral patterns and 2D toolpath compensation. Sharp edges are now protected by a corner smoothing radius and retracts have been optimised to increase productivity and reduce machining time.

“Customers will benefit from performance improvements achieved in this version, specifically on the Waveform roughing toolpath, on Holder and 5-axis Machine Collision checking, and 3D Stock initialization.

Miguel Johann concludes by saying: “Technology is always expanding in all areas of the product. Finishing toolpaths can now handle bottom stock allowances, and the Global Roughing toolpath can now access more difficult regions by allowing miniscule shank approximations. The WORKNC userbase benefits from technology in constant evolution, with the support and investment of Hexagon’s Smart Factory initiative.

System Requirements:
-Operating system:Windows® 7 Pro 64 Bits, Windows® 8.1 Pro 64 Bits, Windows® 10 Pro 64 Bits , Windows Server 2008 R2,Windows Server 2012 R2 (NT 4, XP and Vista are not supported by WORKNC)
-Processor:Quad Core Intel® Xeon® E5 (4 Cores) Or Intel® Core™ i7-6500U (4 Cores) (Multicore allows to exploit the possibilities of WORKNC)
-Graphics card:Minimum Ram 1GB DDR3, Open/GL 3.3 minimum compatibility(**), Processor Nvidia Quadro recommended
-Hard disk: System disk: 500 GB Disk space 7000 rpm SATA 6.0 GB/s | Data disk: Optional according to the needs of storage (Hard Disk SATA)
-Screen: 19" to 21" Monitor minimum resolution, 1280x1024
-Ram:8 GB DDR3 1600Mhz ECC


Home Page - https://www.worknc.com/

NI DIAdem 2020 完美激活

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NI DIAdem 2020 | 2.8 Gb
Languages: English, Deutsch, 日本語

National Instruments is pleased to announce the availability of DIAdem 2020, the tool of software designed specifically so that engineers and scientists are more efficient when locating, inspect, analyse and inform on the data of measure.

DIAdem 2020 Release Notes - Date: May 2020


New Features in DIAdem 2020


DIAdem NAVIGATOR, DataFinder, Data Portal
- You can sort channels and channel groups alphabetically in the Data Portal.
- If you drag one or more channels from DIAdem NAVIGATOR into a group of the Data Portal, you can insert the selected channels into this channel group by hovering over a channel group for a short time.
- Creating custom properties in the Data Portal has become easier, as it is now possible to create custom properties for multiple channels in a clearly arranged dialog box.
- The DataPlugin wizard has been enhanced to let you specify the first channel as the x-channel for all channels in this group.
- To simplify the transfer of a configuration file in the Bus Log Converter, you can also place the corresponding database file next to the TCC file. If DIAdem does not find the specified folder of the database file, DIAdem also searches for the file in folder of the TCC file.
- The units catalog was extended by a new quantity "mass per length" for exhaust gas analysis.

DIAdem VIEW
- By default DIAdem now uses the curve cursor instead of the free cursor. This makes cursor synchronization between different curve and table areas easier.
- You can hide the toolbar of each area to provide more space for the data you want to analyze in the various VIEW areas. However, all functions of the toolbar are still available in a menu that you open through the title bar. Each toolbar also has a gear button that you can use to open the associated Settings dialog box.
- The area outside of the band or frame cursor is displayed in a light gray color to give focus to the area under investigation.

DIAdem ANALYSIS
- All functions that work with channel pairs also support xy-channels.
- The "Concatenate Channels" function has been extended by the setting "Groupwise with NoValue padding". When you select this setting, DIAdem adds all channels of selected groups to the channels of the base group. DIAdem concatenates channels with the same name. To bring all channels to the same length, DIAdem adds NoValues to the channels that are not contained in all groups.
- The "Linear Mapping" function can now map several signals to a new x-range.
- The “Resampling” function can now map several signals to a new time channel.
- The performance of the "Remove Duplicates" function has been increased. The function has also been extended to include an optional parameter that you can use to determine which value DIAdem accepts from the dependent channels.
- The following commands have been extended by adding return values that contain the result channels as text with the channel name or as channel list objects: ChnApprXYCalc, ChnApprYCalc, ChnConvexHull, ChnD3Appr, ChnD3Interp, ChnDeriveCalc, ChnDurPosCalc, ChnDurPosInjCalc, ChnDurPosNegCalc, ChnDurationCalc, ChnGaussFitXY, ChnGaussFitXYWeighted, ChnGaussFitY, ChnGaussFitYWeighted, ChnGenLSFit, ChnGenLSFitWeighted, ChnInverseFFT, ChnMapLinCalc, ChnMatConvert, ChnNConvexHull, ChnNonLinearFitXY, ChnNonLinearFitXYWeighted, ChnNonLinearFitY, ChnNonLinearFitYWeighted, ChnPhaseUnwrap, ChnPhaseWrap, ChnRegrYCalc, ChnResampleChnBased, ChnResampleFreqBased, ChnTHIVCalc, CircleConcCalc, CircleExtremCalc, MatChnConvert, MatD3Appr, MatD3Interp, MatIntegrate, MatSort, MatSum, MatTranspose, MatVAlgebr, and SubMat.

DIAdem REPORT
- When you drop channels from the Data Portal onto an empty area in a REPORT worksheet, DIAdem opens the Chart Wizard.
- The Chart Wizard has been completely revised and enhanced with new display types.
- When you create a new curve in 2D axis systems, you also define the default curve type for the curves you create later on.
- The function group bar of REPORT has been revised so that the default curve type is defined when you create the axis system.
- In layouts, you can search and replace text in labels, free texts, and channel names.
- You can assign axes to different groups in 2D axis systems. DIAdem synchronizes the scaling of all axes in a group, so if you change the scaling of one axis, DIAdem automatically adjusts the scaling of the other axes.
- The legends of 2D axis systems have a simplified mode in which DIAdem automatically determines the best possible display of the legend.
- The axis scaling of 2D axis systems has been extended by additional options.
- You can now align the scale labels of the y-axes of 2D axis systems to the right, the center, or the left.
- DIAdem always plots a cross at the crossing points of dashed grid lines.
- DIAdem now displays headers in 2D tables, even if the channel reference is invalid.
- In 2D tables, you can specify for individual columns that DIAdem does not expand these columns.
- You can define the sort order of expanded columns by groups or channels individually for each table.
- 2D tables have been extended with footers that have the same formatting options as the header.
- Headers and footers in 2D tables enable the display of statistical values like column total, mean, maximum, and more.
- 2D tables were extended by the curve transformation.
- 3D axis systems have been extended by the curve transformation, with the exception of the display modes that expect data in matrix structure.
- In 3D axis systems, you can now assign a unit to the axes, to which DIAdem converts the channels to be displayed.

DIAdem SCRIPT
- The recording mode displays an additional dialog box. This allows you to pause the recording mode and then continue recording. If you click the corresponding button, DIAdem also records the settings of the active dialog box without you having to press <Ctrl-Shift-C>.
- Python is now also available in the SCRIPT module as an alternative scripting language to VBS. In the DIAdem settings, you can enable Python as the scripting language if you prefer to use this language. Even if you are using Python syntax, you can use the record mode and the integrated script editor that provides auto-completion and a tooltip with syntax information and a short command description.
- You can use Python to create DataPlugins.
- DIAdem provides new commands for working with SQLite databases: SQLiteAddExtension, SQLiteClose, SQLiteOpen, and SQLiteQuery. The SQLite database is included.
- The new ResetModified method in the script API units catalog resets the changed state of the current units catalog.
- DIAdem can now also profile user commands. The times are recorded regardless of whether they are executed from a script or, for example, as an event or @@ syntax.
- You activate profiling by starting DIAdem with the parameter /PROFILING, for example, "C:\Programs\National Instruments\DIAdem\DIAdem.exe" /PROFILING.
- You can then use the script profiler to measure and analyze the execution times of user commands.

Preview Feature
The preview features give an outlook on features in future versions. The functions to be unlocked are still under development and the user interface, the API, or the scope of functions may change. To enable this function the dialog box Settings»DIAdem Settings»General.
- You can create calculation channels by executing mathematical operations on the channels of an existing channel group using a simple formula, or by using a calculation from the calculation manager. Calculation channels always calculate non-quantity-based.
- The data storage in DIAdem DAC can also create xy-channel references.
- The functions for calculating real driving performance data based on measurements with a portable emission measurement system in accordance with the "COMMISSION REGULATION (EU) 2016/646" of April 20, 2016 and the "COMMISSION REGULATION (EU) 2016/427" of March 10, 2016 have been extended.
- In the Bus Log Converter the ID mode NMEA2000 has been added in the database configuration. This mode is standard for serial data networking of electronic devices in naval vessels and is also frequently used by GPS hardware on commercial vehicles or agricultural machinery. For more information, visit the National Marine Electronics Association website.

Corrected Errors in DIAdem 2020


The following items are the IDs and titles of a subset of issues fixed in DIAdem 2020. This is a list of the most important issues fixed.

General
901665 DIAdem does not save in the desktop file whether underscore or tilde is used as separator for the inheritance of properties.

Data Portal
336429 Copying text channels leads to an error if the output channel contains the text "NoValue".
336411 You cannot pin channels in the structure view of the Data Portal to always display these channels regardless of the enabled filters.

NAVIGATOR
336476 In the Bus Log Converter, DIAdem does not write special properties of PCAN files to the root.
902370 A file with the text "%s" in the filename cannot be opened by the DataPlugin Wizard.
903229 In the Bus Log Converter, J1939 messages sent from all addresses to all other addresses are not processed correctly.
943420 The Bus Log Converter may crash when there are ByteArray type signals.
951880 Appended loading using the LoadData method for Navigator does not work if the third parameter has the value Nothing.
962457 When the Bus Log Converter converts vector BLF files with CAN-FD formats, signals are missing.
975367 When processing multiplexer frames, the Bus Log Converter may not process shorter frames.

VIEW
221472 Searching for a time value in tables leads to an error.
221455 The frame zoom creates an incorrect section in the Cascade display if you drag open the frame from the front and left across the axis origin.
959813 DIAdem crashes when you change the first value of a specific channel already displayed in VIEW to NOVALUE in a dialog box and then refresh the VIEW display.
971958 The map display does not show a map if you use a cache for the map material.

ANALYSIS
221441 If you use a waveform channel as signal channel in the "FFT (one time signal)" function and have selected Octave for Third/Octave on the "FFT Functions" tab, DIAdem does not generate the result channel CenterFrequencyOctaveFrequency.
221451 The corridor violations detection algorithm for the ChnCorridorCheck command does not work properly and may cause a crash.
336468 When using the functions PulseDetectedRevolution and PulseDetectedRevolutionTime, the last value of the result channel is unusable if the specified number of pulses per revolution is greater than 1.
336496 Bit operations do not correctly include the highest bit (bit 31).
451844 If you select "Store result in original channel" in the “Detrend” dialog box, DIAdem does not store the results in the original channel but creates a new result channel.
336428 The ChnEventCreateFilteredTrueChn function does not consider the first value of an event during an inplace operation.
336471 The ChnOrderBodeCalc function miscalculates if the time signal contains an offset.
336479 The ChnResampleFreqBasedXOffsetCalc2 function cannot correctly synchronize certain data sets.
336414 Using the ChnDifferentiate function causes a crash if empty channels or channels with a channel length shorter than 2 are used in the function.
902342 If you apply the "Remove Duplicates" function to a time channel, the result channel is no longer a time channel.
962516 If you apply the "Remove Duplicates" function to a channel with only one value, the result channel will be empty.
956900 The ChnXMSCalc function gives nonsensical results for size-based calculations if the function is called with the "Calculation including all peaks" parameter and the unit of the x-axis is not seconds.
963907 If you use the statistical parameter "Anderson-Darling-Test" (eStatsNormDistB) in "Descriptive Statistics" and save the statistical results in data channels, DIAdem crashes.
968673 When converting waveform channels to numeric channels, unnecessary time channels may occur.
987380 Compound classification using the Time-at-level 1 classification method according to DIN 45667 gives incorrect results if at least one of the input channels contains only NoValues.
987383 The "Resampling" dialog box does not allow the anti-aliasing filter if you use two waveform channels as y-channels.
987389 If you want to calculate the FFT across more than one time interval, DIAdem does not display a warning that this is only possible for the first signal pair.

REPORT
221374 In 2D tables with the "Auto row height" formatting, DIAdem incorrectly interprets the "Start at row" setting.
221454 DIAdem does not plot bars of height 0 in 2D and 3D axis systems.
452731 The value of the axis begin and axis end in a 2D axis system may change if you used Cancel to exit the dialog box.
452725 The configuration of a REPORT object through a dialog box does not work correctly if VBScript fields are stored in the TagTemporary properties.
452727 The text effects of labels in a 2D axis system cannot be used correctly.
903758 When you transfer the format of table columns that use a DIAdem expression, variable, or text list, DIAdem also changes the displayed data.
937971 Some curve transformations in 2D axis system lead to an error.
950039 The Chart Wizard does not include the channels selected in the Data Portal if you do not access it through the Data Portal.
956329 The isolines color in characteristic diagrams is incorrect if the value of the extended isoline is outside the displayed measured values.
961656 The height of the y-axes of 2D axis systems with several y-axes cannot be adjusted with the mouse.
961658 DIAdem may not display the mini tick grid correctly in 2D axis systems.
972583 Copying and pasting axis systems will interrupt axis synchronization.
986831 DIAdem calculates the number of intervals for the miniticks using the labeled ticks instead of the number of miniticks.

DAC
336425 Some variables of the NI-DAQ driver cannot be accessed.
944359 Measurements with Ethernet chassis for CompactDAQ no longer work.

SCRIPT
452724 The elements selected in a pie chart cannot be edited with a script using the SelectedElements property.
939037 When you call the AddElementList method within the script profiler, DIAdem crashes.
957464 If you create a new tab in user dialog boxes, the changed font of the dialog box is not taken into account.
961989 The WndShow command generates an error message in worker objects without a user interface.
965729 The obsolete function UserVarCompile() changes the variable type and the variable content when called with the "append" parameter.
974132 After executing the WndShow command, DIAdem may stop displaying error messages when errors occur.
NI DIAdem is the only comprehensive, configuration-based software specifically designed to help engineers and scientists quickly locate and process measurement data using a single off-the-shelf software tool. Optimized to operate on large data sets, DIAdem includes engineering-specific analysis functions, provides informative data visualization, features a powerful drag-and-drop report editor, and runs scripts for automating repetitive tasks to help you move from raw data to knowledge-driven decisions faster.

This video gives a brief introduction to NI DIAdem. Use NI DIAdem for finding, viewing, and analyzing data and for presenting the measured and analyzed data in reports.







Since 1976, National Instruments has equipped engineers and scientists with tools that accelerate productivity, innovation and discovery. NI’s graphical system design approach to engineering provides an integrated software and hardware platform that speeds the development of any system needing measurement and control. The company’s long-term vision and focus on improving society through its technology supports the success of its customers, employees, suppliers and shareholders.

Product: NI DIAdem
Version: 2020
Supported Architectures: x64
Website Home Page : www.ni.com
Language: English, Deutsch, 日本語
System Requirements: PC *
Supported Operating Systems: *
Size: 2.8 Gb


* System Requirements:


Hardware
CPU x64 compatible processor, 1.6 GHz or more
Amount of memory 2 GB or more
Hard disk memory Depending on the operating system, up to 6 GB free storage space on the system partition
Graphic card Color depth at least 16-bit (High Color), 24-bit, or 32-bit (True Color) recommended
Screen resolution From 1280x800 with a scaling step of 100%

Supported Operating Systems
- Windows 10 64-bit
- Windows 8.1 Update 1 64-bit
- Windows 7 64-bit with Service Pack 1
- Windows Server 2016
- Windows Server 2012 R2 Update
- Windows Server 2008 R2 with Service Pack 1


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多多收藏阁,为拼多多店铺提升收藏量而诞生

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简介:
多多收藏阁是一个提升拼多多店铺收藏的平台,能为拼多多商家提升店铺的收藏,由于平台是大家作业,IP来自全国各地,另外平台支持来源设置,时间曲线等设置,关键词搜索,UA(手机/电脑)设置,PV停留时间,IP/PV比例等。
平台能够让你快速的对指定的拼多多店铺快速的提高收藏,让你的拼多多店铺瞬间就成为热门店铺排名之列,而且操作简单,无需24小时在线,只需在线提交任务,轻松一步,解决拼多多店铺没有收藏量的烦恼。
平台注册:http://user.liuliangshenqi.com/register?id=748960
平台网址:http://www.liuliangrj.com/
平台特点:
绿色安全
多多收藏阁是一款非常实用的拼多多收藏平台。
迅速、快捷
只要填写上你的拼多多店铺网址,就能让你的店铺一天之内收藏量暴涨,是实用的拼多多店铺提升收藏平台。
真实流量IP
集合了国内数十万的网民大家一起互相访问互相点击增加收藏,真实的IP,真实的访问数据。
更多功能
除了拼多多店铺自动增加收藏功能以外,还有增加拼多多店铺流量、排名等功能等待用户的探索。

Cimatron 15 SP1 v15.0100.1774.705 完美激活

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Cimatron 15 with Tutorials | 3.3 Gb

The 3D Systems CAD/CAM product team is pleased to announce the availability of updated Cimatron 15. This release introduces new and enhanced capabilities that can dramatically accelerate productivity and minimize overhead in the design and manufacturing of molds, dies and discrete parts.

Cimatron 15它为模具,模具和制造车间提供主要优势,使您在整个运营范围内更具竞争力。

Cimatron概述15的好处
Cimatron拥有200多项新功能和增强功能,可在其整个运营范围内为制造厂带来重大利益和更多用户价值。从工具设计到NC编程,此最新版本有助于确保我们的客户在竞争激烈的市场中比以往任何时候都更有生产力。


Cimatron 14引入了新的增强功能,可以极大地提高生产率并最大程度地减少模具,冲模和分立零件的设计和制造开销。


在创纪录的时间内交付各种复杂性和规模的高质量工具。借助各种专用的应用工具以及从简单的2.5轴铣削和钻孔到复杂的5轴加工的全套CNC技术,可以显着提高生产率,竞争力和利润率。


2D或3D,表面或实体不再是难题。无论您喜欢哪种设计方式,它都能为您提供支持。使用完整的混合环境在实体上执行曲面操作,在曲面上执行实体操作,以适应您的首选项和手头的任务。


从简单的2.5轴铣削和钻孔到复杂的5轴加工和微铣削,Cimatron提供了完成工作所需的全套NC技术。About Cimatron 15. CimatronE is an integrated CAD/CAM solution for toolmakers and manufacturers of discrete parts, which provides full associativity across the manufacturing process from quoting, through design and up to delivery. Products include: Mold Design, Electrode Design, Die Design, 2.5 to 5-Axis NC Programming and 5-Axis Discrete part production. CimatronE is designed for concurrent engineering (multi-user or single-user) and works on the principle of flexible automation, providing a wealth of automated features but always ensuring full user control.

With over 200 new features and enhancements, Cimatron 15 offers major benefits and more user value to manufacturing shops across their entire range of operations. From Tool design through NC programming, this latest version helps to ensure that our customers are more productive than ever, in their competitive marketplace.

NC– New cutting strategies allow faster machining time with the use of cutters such as Barrel, Oval, Lens Tools. Overall reducing Rough machining time by an average of 20%. A new Guided Cleanup process allows controlling the milling direction of each region in Cleanup. Improved 5-axis Tilting toolpath and guiding curves for user controlled tilting.A large number of new and improved capabilities that boost programming automation for plate machining, such as the Facing procedure, automatic Chamfer Recognition, wider Pocket Recognition capabilities and more functionality of Automated Drill as well as using templates for pocket automation.
Die– New integrated incremental analysis options enable the user to accurately simulate the design, and find design flaws before the manufacturing process. Users can see whether they have carrier or material problems, non-desirable punch results or SpringBack, as well as incorrect press force definitions. New advanced Die design geometry tools such as Addendum faces and Fuzzy Offset were added to extend the application capabilities.
CAD for Tooling – Many long requested enhancements in Part, Assembly and Drafting were implemented for faster and easier design. New enhancements to the Mesh kernel of Cimatron with operations such as a new robust selection tool that was introduce for Split/Copy and Add/Remove commands. In addition, Advance 3D Text capability is now available for mesh and solid.
Mold & Electrode – New functions and enhancements for faster and safer Mold design such as Hole (Cooling) verification, Hole (Library) recognition and handling of ejectors with different diameters.
PLM Integration with Windchill – An integration with PTC Windchill PLM system. This Integration allows Windchill users who work with Cimatron files to perform Windchill operations (such as sync, check out/in, etc.) from within a Cimatron assembly or from the Cimatron browser.

Learn how you can reduce number of Die Design tryouts with the integration between Cimatron Die Design and Autoform ProgSim Simulation tool







About 3D Systems Corporation. 3D Systems is the originator of 3D printing and an innovator of future 3D solutions. It has spent its 30-year history enabling professionals and companies to optimize their designs, transform their workflows, bring groundbreaking products to market and drive new business models. This is achieved with the Company’s best of breed digital manufacturing ecosystem. It’s comprised of plastic and metal 3D printers, print materials, on demand manufacturing services and end-to-end manufacturing software solutions. Combinations of these products and services address a variety of advanced applications- ranging from Aerospace, Automotive, and Consumer Goods to Medical, Dental, and Jewelry. For example, 3D Systems’ precision healthcare capabilities include simulation, Virtual Surgical Planning, and printing of medical and dental devices as well as patient-specific surgical instruments.

Product: Cimatron
Version: 15 with Tutorials
Supported Architectures: x64
Website Home Page : www.3dsystems.com
Language: english
System Requirements: PC *
Supported Operating Systems: *
Size: 3.3 Gb

(出售内容)




1、运行Cim破解+屏蔽931注册表.reg 。

2、网卡号改成:12114C4F4F50   电脑名改成:sxxxn

重启电脑

3、重启电脑后,打开《开机后检测931》文件夹,使用检测931检测说明。

   先打开图片1设置好防火墙选项。

  ①、双击,212.25.91.137 检测931。      检测结果:一般故障,说明成功屏蔽931,关闭窗口。
      检测结果:请求超时或其它提示,说明屏蔽931不成功,要再次运行注册表重新重启电脑。

  ②、双击,52.184.188.31 检测931。      检测结果:一般故障,说明成功屏蔽931,关闭窗口。
      检测结果:请求超时或其它提示,说明屏蔽931不成功,要再次运行注册表重新重启电脑。

4、运行ID修改器软件 把 C盘 ID改成  1CB5-1E7F

5、删除Ci15的主程序下面的3DSystemsUpgradeVersion.exe(比如我的电脑是D:\Program Files\3D Systems\Cimatron\15.0\Program\3DSystemsUpgradeVersion.exe)

6、把破解“Program” 文件夹复到Ci15的主程序目录里替换所有  (比如我的电脑是D:\Program Files\3D Systems\Cimatron\14.0\)

7、把破解“Ci15_Crack”文件夹复制粘贴到C盘或D盘下,运行Ci15的主程序目录下面的cimlicmanager.exe  (比如我的电脑是D:\Program Files\3D Systems\Cimatron\15.0\Program\cimlicmanager.exe)
       重点:指定授权目录为C盘Ci15_Crack文件夹,点击保存按钮,然后关闭授权管理器

8、启动Cimatron15


1. Ejecute Cim crack + block 931 Registry.reg.

2.El número de la tarjeta de red cambia a: 12114C4F4F50 El nombre de la computadora cambia a: sxxxn

Reinicia la computadora

3. Después de reiniciar la computadora, abra la carpeta "Prueba 931 después del arranque" y use las instrucciones de prueba de la prueba 931.

   Primero abra la imagen 1 y configure las opciones del firewall.

  ① Haga doble clic, 212.25.91.137 detecta 931.      Resultado de la prueba: falla general, lo que indica un blindaje exitoso de 931 y cierre la ventana.
      Resultado de la prueba: se agotó el tiempo de espera de la solicitud u otras indicaciones, lo que indica que 931 no tuvo éxito. Ejecute el registro nuevamente para reiniciar la computadora.

  ② Haga doble clic para detectar 931 en 52.184.188.31.      Resultado de la prueba: falla general, lo que indica un blindaje exitoso de 931 y cierre la ventana.
      Resultado de la prueba: se agotó el tiempo de espera de la solicitud u otras indicaciones, lo que indica que 931 no tuvo éxito. Ejecute el registro nuevamente para reiniciar la computadora.

4. Ejecute el software modificador de ID y cambie la ID de la unidad C a 1CB5-1E7F

5.Elimine 3DSystemsUpgradeVersion.exe en el programa principal de Ci15(Por ejemplo, mi computadora es D: \ Archivos de programa \ 3D Systems \ Cimatron \ 15.0 \ Programme \ 3DSystemsUpgradeVersion.exe)

6. Copie la carpeta agrietada "Programa" en el directorio principal del programa de Ci15 y reemplace todos  (Por ejemplo, mi computadora es D: \ Archivos de programa \ 3D Systems \ Cimatron \ 14.0 \)

7. Copie y pegue la carpeta agrietada "Ci15_Crack" en la unidad C o D, y ejecute cimlicmanager.exe en el directorio principal del programa de Ci15  (Por ejemplo, mi computadora es D: \ Archivos de programa \ 3D Systems \ Cimatron \ 15.0 \ Programme \ cimlicmanager.exe)
       Importante: especifique el directorio de autorización como la carpeta Ci15_Crack en la unidad C, haga clic en el botón Guardar y luego cierre el administrador de autorizaciones

8.Inicie Cimatron15




电魂也太难赚了

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就急用一个很便宜的软件55555

Volkswagen Navigation CY RNS510 RNS810 v17 Europe

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Volkswagen Navigation CY RNS510 RNS810 v17 Western / Eastern Europe Multilanguage | 9.8 Gb

Volkswagen Genuine Navigation DVD-ROM "CY Western Europe" (V17) is equipped with the latest navigation data. Thus, always travels on the optimum route.

Area coverage: Europe West = Andorra, Belgium, Denmark, Germany, Finland, France, Gibraltar, Greece *, United Kingdom, Ireland, Italy, Liechtenstein, Luxembourg, Monaco, Netherlands, Norway, Austria, Poland *, Portugal, San Marino, Sweden , Switzerland, Slovakia, Spain, Czech Republic *, Hungary, Vatican city; *) partially.

Following Countries are included:
A, AND, B, CH, CZ, D, DK, E, F, FIN, FL, GB, GBZ, GR, H, I, IRL, L, MC, N, NL, P, PL, RSM, S, SK, V

Languages (voice and information):
German - English - French - Italian - Dutch - Portuguese - Spanish


More Info - https://euronavmaps.com/gb/volkswagen/44-rns-510-rns-810-cy-v17-europe-2020.html

Altair HWDesktop + Solvers 2020.0 x64 破解版

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Altair是企业级工程软件的领先提供商,可在从概念设计到服务运营的整个产品生命周期中实现创新,缩短开发时间并降低成本。 我们的仿真驱动型创新方法由我们的集成软件套件提供支持,该软件套件可跨多个学科优化设计性能,这些学科包括结构,运动,流体,热管理,电磁学,系统建模和嵌入式系统,同时还提供数据分析和真正的解决方案。 生活可视化和渲染。Altair HyperWorks产品团队已经发布了对HyperWorks Desktop 2020.0的更新。 2020版向市场上最广泛,功能最强大的物理求解器套件中添加了令人兴奋的附加内容,新的节省时间的工作流程以及对业界最佳的建模和可视化平台的显着改进。
无论是通过优化来改进额定载重量、设计耐用产品来满足疲劳寿命要求、提升噪音/振动性能和驾驶性能、还是改善翻转和冲击能量管理,HyperWorks 都可以提供一整套完备的集成仿真工具,来应对上述设计难题。从农业设备到特种车辆、从采矿设备到商用卡车,仿真都是此类重型设备设计过程中的关键一环。

对于所有类型的车辆,HyperWorks 都能提供各种建模、仿真、可视化和优化工具来应对面临的各种挑战:


建造和采矿车辆
农业和农场设备
商用卡车
消防车和特种车辆

描述:
Altair HyperWorks是用于开放式体系结构CE建模的最全面的工具之一。HyperWorks通过在一个解决方案中结合HyperMesh和HyperView的功能来实现CE建模和可视化的现代化。此外,显着的视觉增强还有助于创建更易于使用的界面。

在HyperMesh中,扩展了创建声学问题网格的可能性;壳体和梁模型的三维可视化的可能性已经出现。HyperWorks现在还包括新的协作工具,这些工具提供了在组织外部工作的能力。这些更新与HyperWorks应用程序紧密集成在一起,在不离开熟悉的HyperWorks环境的情况下,提供了管理个人和共享数据及流程的直观体验。

细节:
年/发布日期:2020
版本:2020.0 Win64
开发人员:Altair软件
架构:64位

分布构成
hwDesktop 2020.0 Win64
hwDesktop帮助2020.0 Win64
hwCFDSolvers 2020.0 Win64
hwMechanicalSolvers 2020.0 Win64
hwSolversHelp 2020.0 Win64


系统要求:
操作系统:Win 7/10(64位)
内存:4 GB(建议更高)
图形硬件:与OpenGL 3.2或更高版本兼容的OpenGL 3D图形加速器,支持真彩色(24位),2 GB或更高的专用RAM,仅支持AMD和NVIDIA GPU(不支持Intel芯片组)
界面语言:英文
Tabletka:现在(Team SolidSQUAD-SSQ)


(回复可见内容)


EasternQuicken Legal Business Pro 15.6.0.3613 激活

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Quicken Legal Business Pro 15.6.0.3613 | 118 Mb

You don’t need an attorney to start and run a business — most of the legal work involved simply requires reliable information and the right legal forms. With Quicken Legal Business Pro, you’ll get everything you need to get the job done. Completely updated to reflect the latest laws and regulations of your state.

Quicken Legal Business Pro provides:
- over 100 contracts, forms, and worksheets
- five completely searchable Nolo business bestsellers
- comprehensive “How to” checklists that help you through complex tasks

Plus, prepare cash flow, sales revenue and profit and loss forecasts, and use dozens of sample letters and policies, including collection and loan request letters. Quicken Legal Business Pro brings these six Nolo bestsellers together in one easy-to-use software package:

- Legal Guide for Starting & Running a Small Business
- The Manager’s Legal Handbook
- How to Write a Business Plan
- Contracts: The Essential Business Desk Reference
- Deduct It! Lower Your Small Business Taxes
- The Essential Guide to Federal Employment Laws

With over 100 legal forms, you’ll have access to the documents you need, when you need them. You can also take notes, create bookmarks, and read real-world examples of situations you’re likely to face. Need more details? Here’s a deeper look at what you can do with Quicken Legal Business Pro:

Plan for Success
Select the best structure for your business, obtain licenses and permits, buy or sell a franchise, file required documents, and minimize the chances of legal disputes. Figure out if your business idea will make money and present a comprehensive plan to potential investors.

Manage Taxes
Identify deductions allowed by the IRS, write off long-term business assets, maximize retirement funds, and minimize the chance of an audit.

Create a Business Plan
Figure out if your business idea will make money, find potential sources of financing, prepare cash flow and profit & loss forecasts, determine your assets, liabilities, and net worth, create a marketing and personnel plan, and present a comprehensive plan to potential investors.

Build Your Team
Hire workers, develop sensible personnel policies, supervise independent contractors, communicate effectively with employees, minimize the chance of employee lawsuits, and legally terminate workers when necessary.

Get Financing
Identify the best prospects for loans from a bank or loved ones, understand the legal and tax issues of borrowing money from family and friends, determine the best structure for each loan, draft a loan request letter, receive guidance on the best way to pitch your loan requests, protect your lenders, and deal with necessary documents, such as promissory notes.

List of forms:

Buying or Selling a Business
- Amendment to Contract (General)
- Attachment to Contract (General)
- Bill of Sale for Business Assets
- Contract for Purchase of Corporate Assets
- Contract for Purchase of Corporate Stock
- Contract for Purchase of Unincorporated Business
- Corporate Resolution Authorizing Sale of Assets
- Security Agreement for Buying Business Assets
- and more!

Contracts for Goods and Services
- Bill of Sale for Goods
- Consignment Contract
- Contract for Manufacture of Goods
- Contract for Services
- Equipment Rental Contract
- Invoice
- Mutual Release of Contract Claims
- Proposal
- Request for Proposal
- Sales Contract
- and more!

Corporate Minutes and Consents
- Consent of Directors
- Consent of Shareholders
- Minutes of Directors’ Meeting
- Minutes of Shareholders’ Meeting
- Notice of Directors’ Meeting
- Notice of Shareholders’ Meeting
- Shareholder Proxy
- and more!

Forming a Business
- Affidavit of Lost Stock Certificate
- Corporate Bylaws
- Operating Agreement for Single-Member LLC
- Partnership Agreement
- Pre-Incorporation Agreement
- Stock Agreement
- and more!

Hiring Workers
- Authorization to Release Information
- Confidentiality Agreement
- Contract with Independent Contractor
- Employment Application
- Non-compete Agreement
- Offer of Employment
- and more!

Leasing Space
- Amendment to Lease
- Assignment of Lease
- Attachment to Lease
- Extension of Lease
- Gross Lease
- Landlord’s Consent to Sublease
- and more!

LLC Minutes and Consents
- Consent of LLC Members
- Minutes of LLC Meeting
- Notice of LLC Meeting
- and more!

Managing Finances
- Limited Power of Attorney for Finances
- Promissory Note (Amortized Payments)
- Promissory Note (Balloon Payment)
- Security Agreement for Borrowing Money
- and more!

Buying and Selling Real Estate
- Amendment to Real Estate Purchase Contract
- Attachment to Real Estate Purchase Contract
- Contract to Purchase Building
- Contract to Purchase Vacant Land
- Exercise of Option to Purchase Real Estate
- Removal of Contingency
- and more!

System Requirements:
Pentium 400 MHz • Microsoft® Windows® 10, Windows 8, Windows 7, or Vista • 510 RAM or higher • 75 MB (plus 500 MB to 1.5 GB for Microsoft .NET 4.0 if not already installed) • 800 x 600 (1024 x 768 recommended; with 16-bit color) • CD-ROM Drive: 2x speed • Internet Connection: 56 Kbps modem required to access online features • Printer: Any printer supported by Windows 10, Windows 8, Windows 7, or Vista • Software: Microsoft Internet Explorer 7.0 or higher; Adobe Reader; Spreadsheet Program

Home Page - http://www.individualsoftware.com


Download 城通网盘
https://n459.com/file/7940988-447515310

Download 百度网盘
链接: https://pan.baidu.com/s/1_CeDFMBN6M7efElFeFjkUA 提取码: x8jf

SolidCAM/CAD 2020 SP2 Standalone 完美激活

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SolidCAM/CAD 2020 SP2 Standalone | 10.6 Gb
Languages: 中文, Čeština, Dansk, Nederlands, English, Français, Deutsch, עברית, Magyar,
Italiano, 日本語, 한국어, Polski, Português, Русский, Español, Türkçe.

SolidCAM Inc. is pleased to announce the availability of SolidCAD/CAM 2010 SP2, is the complete, ‘best-in-class’ Manufacturing Suite for efficient and profitable CNC-Programming standalone.


SolidCAM 2020 SP2 Release Notes - Date:June 2, 2020


SOL-5388 Turning/Toolpath - With Cycle incorrect machining
SOL-6677 GUI\Dutch\Probe\Geomerty combobox
SOL-7309 Turning/Wrong lead out with use cycle = yes
SOL-7947 Turning link issue
SOL-8060 SC is crashing on selecting some options in VMID file
SOL-8975 Turning/Offset Z-ABS impossible to calculate
SOL-9472 Color recognition
SOL-10109 Inch part/ 5x template technology is named as undefined
SOL-10242 GUI/Czech version some translation issues
SOL-10275 Cancel the "part is open" warning message SC options gets disabled
SOL-10531 Spanish/UI Problems with fields in screens of milling part
SOL-11090 HSS/Sim 5x / Check link motions against containment to be removed
SOL-11160 Screw machining / Finishing / Ensure finish cut to be disabled
SOL-11454 Simultaneous turn\turning simulation looks incorrect
SOL-11480 Turbo HSM / Disable Feed rate for direct and spline links
SOL-11557 SolidCAM / Ribbon / many of the buttons are not transparent
SOL-11578 Inconsistent behavior of MachPreview, Machsim, Gcode and limit warnings
SOL-11647 MCO / Main Spindle movement without part not possible
SOL-11880 4x.Sim Turning Wrong HostCAD/SolidVerify/Turning Simulation
SOL-11934 Opposite Angle of B-Axis (Wrong Angle Pair solution)
SOL-11943 Barrel tool / Oval shape / Unable to create
SOL-11999 2.5D / drill / Unable to edit holder clearance value
SOL-12002 iMachining 3D missing tool path and penetrates into part
SOL-12066 Turning/ Wrong Spindle orientation angle
SOL-12079 Turning/cycle\pcode-approach is by material
SOL-12080 Turning/cycle\pgen\strange needless tooth-paths -clash to model
SOL-12085 Languages/Polish/UI problem
SOL-12095 Dutch GUI issues
SOL-12104 Japanese GUI issues
SOL-12119 Hole Wizard / Drag & Drop functionality / Drag to Hole Taking incorrect upper level
SOL-12130 Russian GUI problem
SOL-12136 Turkish GUI-problem
SOL-12140 Turning/Strange approach in the last down-step
SOL-12141 Danish GUI issues
SOL-12173 Error in Machine Simulation
SOL-12187 Screw machining / Does not support lead-in
SOL-12199 Turning\cycle with offset ZX+Finish, Finish retract is by diagonal in simulation
SOL-12206 Turning\Cycle\ZX-offset\simulation problem
SOL-12210 Rotary machining / Gouge check / incorrect data
SOL-12226 iMachining/ empty toolpath when 'Feature recognition by chain' and '3D model protection' is used
SOL-12236 Contour 5x / Gouge check / Stock to leave is disabled
SOL-12250 Mill-Turn/Pocket operation/Duplicate window in the background
SOL-12266 New command close without save / handling of buttons mixed
SOL-12279 Simultaneous turn\incorrect tool orientation in turning simulation
SOL-12310 Tool Table/Position in Multi Tool holder not working correctly
SOL-12319 Simultaneous turn\tool visual (tool near mouse) is wrong
SOL-12324 Pocket recognition gouge with 3D model protection turned on
SOL-12359 Simultaneous turn\crash in edit second job
SOL-12383 Simultaneous turn\calculate in cam manager-edit job run simulation-get message that not calculated
SOL-12384 Simultaneous turn\change tool side Right to Left-program is stuck
SOL-12484 Turning/Pgen\groove-finish-not completed
SOL-12503 Rotary machining / Around / Disable high surface quality
SOL-12534 Sim 5x / Tool axis control / Disable smoothing
SOL-12538 Multiaxis / Unable to modify from edit button
SOL-12544 Simultaneous turn\ incorrect tool orientation and cutting after calculate in Cam manager
SOL-12563 Drill/variable deep-hole drilling
SOL-12579 HSS/Projection Offset/Clearance data checkboxes not saved
SOL-12591 GUI/HSS/Sim5Axis/Extra Parameters spelling mistake
SOL-12597 MRI/4xSimTurn/Wrong simulation in 2D-turning simulation mode
SOL-12598 MRI/iMachining/New "Global machine" option does not take data of the used milling spindle
SOL-12599 3D iMachining - Option Only Restmaterial are lost after close and Open Part
SOL-12604 Machine Preview/Wrong C-axis values
SOL-12615 Synchronize/No sync is needed in Hole Wizard recognition operations
SOL-12645 Pocket operation / advanced sorting / no toolpath
SOL-12692 iMach 3D / start position not over drill pos
SOL-12742 iMachining 2D/Wrong upper level
SOL-12743 Envelope\coord sys\envelope is incorrect (2 types) during the part definition
SOL-12791 Pocket with Pre-drill Second down step: Toolpath is needless
SOL-12797 Toolbox / simple boss / wrong output for spindle speed
SOL-12802 Face-Mill/GUI Convert from SC2019 to SC2020 is not correct
SOL-12804 Hole wizard / wrong upper level for through tapped holes
SOL-12805 Hole wizard / drag to surface / creates operations from opposite side
SOL-12818 GUI/Recalculation from S to V doesn't work
SOL-12832 Simturning\Gcode\gcode not generated in Simultaneous turning operation
SOL-7468 Multiaxis Drill - drill operation / cycle is wrong after selecting a drill tool
SOL-11038 Multi Depth Drill/ Add field for Peck retract feed
SOL-12389 Pocket - Pocket Recognition\Repositioning field need
SOL-12418 5 Axis Sim/ Geodesic / Enable 4x based on the VMID
SOL-12731 VMID - add new parameter in Tiled Plane - Tilted from MAC / vMAC
SOL-12735 Hole Wizard/Highlight Holes

SolidCAM is a CAM software that integrates directly into SolidWorks and Inventor. That does not only mean you can program tooling paths from the comfort of the CAD software you know and love, but it is also advantageous in that all tool paths retain associativity with the original CAD design. In other words, any changes made to the CAD file will instantly be reflected in updated tool paths, saving you time and money.

Take out the guesswork of milling, turning and other processes by using the patented Technology Wizard. The wizard allows you to automatically fine-tune optimized feeds, speeds, depth and width of cuts. What is more, this CAM software automatically recognizes the distinct geometrical features of your design and assigns toolpaths accordingly. Hence, this approach eliminates the need for time-consuming manual geometry definition.

The tool paths created with this CAM software rely on an advanced, patented morphing spiral that gradually conforms to the geometry of the feature being machined rather than an old-fashioned, simple spiral tool path. This increases the amount of time the tool actually works the stock and thus makes your machine more productive.

SolidCAD/CAM Standalone provides a powerful, easy-to-use, complete CAD/CAM solution that support the complete range of major manufacturing applications including 2.5D Milling, Multi-sided Indexial 4/5 axes Milling, Simultaneous 5 axes Milling, Turning, Mill-Turn for Multi-Turret and Multi-Spindle CNC machines, with the revolutionary iMachining, provides the complete functionality of CAD and CAM, including iMachining.

SolidCAD/CAM Standalone is an extremely powerful tool for machined part programming. The powerful geometry selection and creation tools found within design environment are rounded out with specialist tools in SolidCAM. The combination of these tools minimizes the time spent selecting areas to be machined or limited from machining. The user works in assembly mode so he/she can simply pull components from a library to model entire setups, including machine tables, fixtures, and vises. Manufacturing can be automated through the use of the built-in knowledge database. This database in not a static template, but it can be dynamically driven by changes in tools, geometry and strategies.

Solidcam 2020 2D #1







SolidCAM Inc. is a world leader in advanced tool path generation technology (CAM) running directly inside SolidWorks. SolidCAM features a full line of CNC machine programming software solutions ranging from 2 axis lathes and 3 axis mills to extremely complex multi-axis MillTurn machines and Wire Edm. All products run directly inside SolidWorks and provide the user with a true "SolidWorks look and feel" for ease of use and maximum efficiency. Along with the integrated interface and scalability for new machines, SolidCAM also has its patented "iMachining" that powers users to new levels of productivity and profits, through unmatched cycle time reduction and unrivaled tool life.

Product: SolidCAD/CAM
Version: 2020 SP2 Standalone *
Supported Architectures: x64
Website Home Page : www.solidcam.com
Language: multilanguage
System Requirements: PC **
Supported Operating Systems: **
Size: 10.6 Gb


* release info:


* This version includes its own CAD-system and does not need SolidWorks or other CAD-system to be pre-installed.

This package contains:
"SolidWorks 2020 SP2"
"SolidCAM2020"
"SP2"
Language: Embedded 64 bit
Last Changed Rev: 108411

** System Requirements:


Microsoft Windows 10 x64 Professional and Enterprise Editions; Microsoft Windows 8.1 x64 Professional and Enterprise Editions (with latest Service Pack); Microsoft Windows 7 x64 Professional and Ultimate Editions (with latest Service Pack)
- Intel Xeon, Intel Core, Intel Core 2 Duo, Intel Core 2 Quad or higher (If you use other processors we assume no responsibility and no support)
- 4 GB RAM (for the processing of large components, we recommend 8 GB RAM (or more)
- 15 GB free disk space for installation
- Hard disk with at least 100 GB of storage
- NVIDIA graphics card of the current Quadro series with min. 512 MB ​​(1024 MB recommended) and current, certified graphics driver (With the use of other and on-board graphics cards, we accept no responsibility and no support)
- 1280 x 1024 or higher screen resolution
- Microsoft Direct3D 9 or compatible graphics card (Microsoft Direct3D 11 or higher recommended)
- USB 2.0 interface
- DVD drive


(回复可见内容)


Altair Flux 2020.0 Build 1708 x64 完美授权激活

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Altair Flux是用于模拟热和电磁现象的领先软件。开发人员将Flux描述为高效,准确的软件,用于分析热和电磁现象的复杂性以预测未来的产品行为。另一方面,当我们查看制造商的历史记录时,我们会发现这并不是一个不合理的描述。30多年来,该程序一直是工业和大学领域中最佳的模拟程序之一。


Altair Flux现在已成为电磁仿真和热现象领域的可靠参考。由于该程序中使用的技术的不断改进,Flux是一种高效,有用和多功能的工具,可帮助各种行业专家在最短的时间内以最大的效率向市场提供完美,最优的产品。尽管有此计划,所需原型的数量仍将达到最小值。同样,由于强大的支持团队及其庞大的用户社区,对任何问题和歧义的答案都不会一直没有答案。
由许多电气工程师组成的Altair Flux支持团队知识渊博,并且了解用户的所有需求。该程序将轻松分发您的组织工作并提供良好的分析结果。使用最先进的数值计算方法,Flux将能够模拟最复杂的计算模型。此外,连接程序并与其他CAD产品交换信息将最大程度地提高您的生产率。该程序的结果非常准确,您可以对这些结果有足够的信心。不同的项目需要他们自己独特的仿真过程。但是,存在使用脚本和大量营养素功能进行其他模拟的共性,可以节省执行其他项目的时间。


Flux 着眼于机电设备的复杂性,旨在精确优化其性能、效率、尺寸、成本或重量,为最终用户带来更优质的创新的以及高价值的产品。Flux 可对静磁、交流稳态和瞬态条件,以及电热特性进行仿真。
Flux 仿真软件在全球领先行业中得到广泛应用已经超过35年。随着其技术的持续改进,Flux 已发展成为一款多功能、高效、界面友好的工具,助设计师设计出最优化、高性能的产品,同时缩短时间,减少所用原型数量。
Flux 与 Altair HyperWorks 多物理场优化平台高度耦合,可评估子系统的动态交互并简化整个设计过程。使用突破性技术的Flux是分析,设计和优化现代应用程序的正确工具。其开放式界面具有嵌入式多参数分析功能,可处理不同的仿真域,非常适合多物理场耦合。
这个简短的视频展示了一个电动机的基本示例:使用Flux 2D的无刷IPM电动机设计–专用的电动机模板“覆盖层”,用于轻松创建和啮合设备。了解如何在不到10分钟的时间内用Flux 2D设计电动机。



为什么选择 Altair Flux?
灵活性
利用 Flux 开放式环境中的不同选项和工具——脚本、宏、多参数。参数微调模型和求解器,高效执行仿真流程自动化。
久经验证的精确度
长期以来,Flux 能够紧密吻合测量数据,精确再现复杂现象,快速获得工程师信赖的可靠结果。
多物理场功能
通过与全球创新环境 Altair HyperWorks 平台进行无缝连接来执行多物理场优化,从而设计高效、安静、性能稳健的机器。

主要功能
高效的几何描述和网格划分使用 Flux 工具套件加快预处理流程:草图绘制/建模器、功能简化、专用电机环境、智能自适应网格和专注于探索 2D/斜槽/3D 创新设计的功能。
高级物理属性针对磁、电、热耦合的物理模型;静态、稳态交流和瞬态分析;用于预测现实条件的复杂电路编辑器和刚体运动。
强大的建模技术用于进行快速、准确分析的不均匀建模解决方案:无网格线圈、非线性各向异性材料、磁滞特性、用于精确分析的考虑涡流损耗和邻近损耗的绕组模型。
快速可靠的求解器利用 Flux内嵌的多参数功能探索全面性能分布,该功能由多个线性和非线性稳健求解器支持,并通过高效的优化方法和 HPC 实现进一步加速。
可靠的结果功能多样且完备的后处理器支持分析、报告和导出多参数求解的结果:电位、磁通密度、温度、电场和磁场、机械变量等。
无缝多物理场优化在单一多物理场优化循环中连接多个物理场,共享模型、设计变量和网格以及实现过程自动化可提供快速查看复杂现象的最佳方式。
操作系统
Windows 8
Windows 7
Linux:Red Hat Enterprise Linux Edition 5

处理器
Intel或AMD
64位
单核或多核

硬盘上的可用内存空间:30 Gib
RAM:2 Gib

屏幕
屏幕分辨率> 1280 x 768像素

卡图形
图形卡V2.0兼容的Opengl
兼容的Opengl V2.0卡的示例:
。NVIDIA GeForce 6200及更高版本
。ATI Radeon X1300和更高版本
专用视频内存:512 Mib



(回复可见内容)


Schlumberger OilField Manager OFM 2019.1完美激活

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OFM是由斯伦贝谢信息解决方案公司开发的功能强大的模块套件,旨在帮助油气田的日常监视和管理。 OFM提供直观,用户友好的界面,使您可以在Microsoft Windows环境中查看,增强和分析生产和储层数据。 使用OFM 2014,您可以对单个或多个完井,井组,整个油田或几个油田进行基本或复杂的分析。 OFM是储层生产环境和用户的理想工具。 它非常适合偶尔使用的用户,但无论是在井场,办公室还是家中,对于经验丰富的地球科学家或岩石物理学家来说,都足够复杂。


快速访问重要信息意味着经理,石油工程师和地球科学家可以将所有答案集中在一个地方。

通过高级生产视图监视和调查性能。
通过强大的下降和类型曲线分析来预测产量。
分析任何资产并使用标准共享结果。
使用综合工具查看,关联和分析油藏和生产数据,包括具有生产趋势的交互式基础图,气泡图和诊断图。
使用现成的工作流程模板库来指导从页岩生产到注水的分析。
OFM软件可以将数据转化为决策,从而可以在整个生命周期内改善油气田的绩效。

增强映射
对井和完井进行可视化(或确定是否调查站点访问问题)结合了最新的GIS技术,以支持对资产及其周围环境的上下文信息的更好理解。

连接多个学科
通过推动技术学科之间的协作来提高生产率。 增强的集成简化了OFM软件与以下软件之间的双向数据传输:

仿真模型可以共享共享地球模型的结果(通过Petrel E&P软件平台的OFM软件插件)
生产量,运营数据和现场事件历史记录(通过Avocet生产运营软件平台)
项目经济评估和预测(通过用于窥视石油经济评估和下降分析的OFM软件插件)
新功能

OFM 2019.1现已推出
2019年十二月11日星期三
产品总览
OFM井和储层分析软件是功能强大的工具,专门用于油气田的日常监视和管理。 OFM软件提供了用户友好的界面,使您可以查看,修改和分析生产和储层数据。您可以对单个或多个完井,井组,整个字段或几个字段执行基本和复杂的分析。 OFM软件适合偶尔使用的用户,但足够复杂,可以进行高级石油工程分析。无论是在现场还是在办公室,OFM软件都使您能够从本地桌面以及公司存储库(例如Oracle和SQL Server数据库)访问或加载数据。

注意:OFM软件现在是Sensia的产品,Sensia是罗克韦尔自动化和Schlumberger之间的合资企业。

发布更新
OFM 2019.1是完全安装版本,并取代所有以前的版本。 OFM 2019.1扩展了OFM 2016.1中引入并在OFM 2018.1中改进的分析仪表板的功能。下降曲线分析(DCA)升级了关键功能,以改善预测和用户灵活性,并且两个新分析扩展了分析范围:井类型和累积分布函数(CDF)。还添加了一组“管理器”:注释管理器,类型井管理器,打印管理器和预测模板管理器,使您能够扩展和标准化仪表板上下文中的工作流程。

注意:OFM 2019.1包括更新的数据库驱动程序。

用户数
OFM软件主要由储层工程师和生产工程师使用。在日常运营领域(对性能进行连续跟踪)以及对项目的多个级别(完井,井,井眼,储层等)进行长期监控时,它同样有用。其高度灵活的环境使油藏工程和生产工程中的用户都可以构建和定制自己的分析。

(出售内容)

Altair Activate 2020.0 Build 6029完美激活

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solidThinking Altair Activate 2020 for Windows,它是一种开放灵活的工具,用于快速建模和仿真产品,这些产品以1D模型(表示为基于信号的框图或物理框图)的形式作为多学科系统,可以选择与3D模型耦合。
使用Altair Activate来模拟整个产品的性能,包括作为一个系统系统,以更好地评估整体行为以及组件与子系统之间的交互。

通过将多学科的方面纳入系统仿真(例如,机械和电气,流体和结构,电磁和热效应等),包括使用Altair Activate耦合1D和3D模型,从而加深对产品性能的了解。

强大的内置功能通过使用Modelica和FMU等开放标准得到进一步扩展。对Altair广泛的工程仿真软件套件(例如MotionSolve,Flux,FEKO等)进行补充并与之配合良好

包括功能样机单元(FMU),可以进行模型交换或与非Altair工具的仿真连接,该工具也支持FMI标准。

通过模型交换或与MotionSolve联合仿真实现真正的多学科系统仿真,以实现受控的多体动力学,通过Flux实现受控的电机动力学模型等。


solidThinking Altair Activate 2020功能概述
一维系统仿真
框图;控制系统设计
在同一图中混合基于信号的建模和物理建模
通常比3D模拟要快得多
与其他Altair工具的连接
支持功能模型接口(FMI)
新功能

发行说明
Altair激活2020
新功能
注意:*表示激活的企业版。
激活版的新名称:商业和个人
Altair Activate专业版已重命名:Altair Activate商业版。
Altair Activate基本版已重命名:Altair Activate个人版。
交流图书馆*
新的Communicate块库提供对TCP / IP,UDP,串行和MQTT通信协议的支持。
HSTPYFIT块*
新的HSTPYFIT模块实现了从Altair HyperStudy导出的拟合(pyfit)解决方案。
导出FMU *时添加文档
将超级块导出为FMU时,可以利用激活中的模型报告功能并有选择地发布
用于生成带有有关超级块信息的.html页面并将其包含在FMU中的命令。
阅读并显示FMU文档
FMU导入块可以以.html页(可选)的形式访问和显示有关FMU的信息。
新教程:探索使用助焊剂的三种耦合方法*
使用联合仿真,查找表和FMU比较Activate和Flux之间的三种耦合方法。
信号电流块*
SignalCurrent块已添加到HyperSpice库中(在HyperSpice> Analog> Interfaces下)。
增强功能
注意:*表示激活的企业版。
FMU对静态链接库的导出支持*
从Activate 2020导出的FMU现在静态链接到所需的数学库(MKL)。
型号展示
在“程序框图编辑器/建模窗口”中改善了模型的显示和导航性能。
液压缸事件减少
液压缸体中的摩擦模型已重新实现,以减少事件数量。
自动访问“块”对话框中的参数
双击一个块后,将打开块对话框,将焦点放在该块的第一个参数上。

发行说明
初始化和上下文编辑器中的自动访问
打开初始化和上下文编辑器后,您可以立即输入文本,而无需先单击文本区域。
FMU块属性显示
FMU块的“信息”对话框包含新属性:DefaultExperiment,needsExecutionTool和generationDateAndTime。
FMU出口*
导出FMU时,有关解算器参数的信息包含在文件modelDescription.xml中。
速度单位已添加到转换块
单位转换块支持新的速度单位:(mm / sec)。
Flux协同仿真可用于Linux *
Flux 2020现在支持在Linux平台上与Activate共同仿真。
发出未初始化的参数警告
现在,Modelica编译器会为每个未初始化的参数生成一个警告。
增加了对VS2019编译器的支持
对Microsoft VS 2019编译器的支持已扩展为包括构建工具:社区和专业版。
重复块可用于代码生成
现在在激活中支持重复激活块以生成代码。
在库管理器中折叠和展开调色板
库管理器包括新的按钮,用于扩展或折叠树中调色板的显示。
解决的问题
注意:*表示激活的企业版。
•对于大输入量,离散传递功能块出错。
•复制超级块可能会使应用程序崩溃。
•在Linux上,使用/ tmp中的FMU modelDescription.xml运行模型时,Activate崩溃
在Linux平台上由root创建的目录。*
•在Linux上,插值方法不适用于SignalIn块。
•解决了块上的复制粘贴后,撤消操作出现问题。
•嵌套FMU的FMU导出未通过合规性检查。*
•在Linux平台上启动激活时,出现RLTDIR警告消息。
•将HyperSpice组件放置在SpiceCustomBlock旁边时,模拟无法运行。
•导入以非零的“首选通信步长”导出的嵌套FMU时,会发生崩溃。
•当空矩阵用作积分器块中的饱和极限时,可能会发生崩溃。
•如果当前工作目录是只读的,则在运行Flux协同仿真时激活崩溃。*
•模型报告选择框有时会偏离块。
•FMU块的“打开文件”对话框在Linux平台上不提供* .fmu文件过滤器。

发行说明
•在Linux上运行Flux协同仿真不应更改env变量ALTAIR_HOME。*
•SpiceCustomBlock应该允许块名称包含特殊字符。
•两次生成报告后,创建模型报告可能会失败。
•无法在Linux平台上更改绘图中的文本字体大小。
•在超级块内打开上下文编辑器不应充当对模型的修改。
•当关闭“查找”工具(来自CCustomBlock)时,激活失去焦点。
•CurrentSensor块未显示结果。
•在Linux平台上的MoCustomBlock中,Modelica语言语法突出显示不起作用。
•Spice模型无法正确编译。
•使用P-Project代码生成导出的FMU,然后导入,其结果与
原始模型。
•Modelica演示模型LineForceWithTwoMasses.scm随机失败。
•Hyperspice块的撤消重做操作会导致崩溃。
•在Modelica块参数对话框中修改参数时,鼠标滚动被禁用。
•使用Thermal / FluidHeatFlow Modelica模型时,某些参数的初始化存在问题。
•在Linux平台上,与MotionSolve共同仿真期间暂停模型可能会使应用程序崩溃。*
•使用P-Project生成代码不支持使用积分器输入矩阵。
•如果与MotionSolve的协同仿真失败,则失败后激活将无响应。*
•使用P-Project为带有电源块的FMU生成代码不会通过合规性检查。
•在VS 2019编译器中,使用MatrixMultiplication块的FMU的P-Project代码生成失败。
•生成模型报告时,由于文件名太长,可能会省略块图像。
•运行带有Sparam块的Spice模型不应在Activate模型旁边创建.rpa文件。
•在Linux平台上,模型报告的屏幕截图可能会失败。
•解决了HyperSpice Sparam模块的端口位置和标签问题。
•FMU导入在Linux中不支持安全模式。
•在某些情况下,尽管未检测到Modelica编译器错误并且未发出警告,但Activate崩溃。
•在模型报告中,双击打开超级块的操作是固定的。
•“模型报告”功能的选择框与确切的块位置不匹配。
•从Spice块导出FMU的问题。*
•当语言为日语时,在“曲线编辑器”中不显示文本。
•在属性编辑器中修改文本时按Enter键不应将光标移动到下一个属性小部件。


关于激活

1. Install Altair Activate 2020.0 Win64. Skip license selection if asked for

2. Copy crack folder "Activate2020" on top of the original one
   (by default C:\Program Files\Altair\2020\Activate2020 ) with overwrie

3. Enjoy


Cracked by TeAM SolidSQUAD-SSQ

(出售内容)


Altair Compose 2020.0 Build 5077 完美激活

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solidThinking Altair Compose 2020 for Windows,这是一个进行计算,操纵和可视化数据(包括来自CAE仿真或测试结果的数据),对重复计算和过程自动化有用的编程和调试脚本的环境。
Altair Compose允许用户执行各种数学和线性代数(包括矩阵分析和微分方程),过滤信号,通过数据拟合多项式,近似或检查商业仿真软件的结果,进行优化。
solidThinking Altair Compose 2020功能概述
数百种强大的数学运算和内置函数–用于从超简单到超复杂的计算。
具有集成开发环境(IDE)的单个产品。无需单独的工具箱,无需额外费用。
基于开放矩阵语言(OML),也与Octave和Python兼容。
在进行经常重复的计算或简化常见流程时特别方便。还包括有用的调试功能。
有用的2D和3D图可从您的计算和数据中提供更丰富的见解。
使导入,可视化和处理CAE工具(例如FEA,CFD等)的输入和输出数据变得极其简单(快速)。

发行说明
Compose 2020中的新增功能和更改。
Compose 2020包括以下新功能和增强功能。
注意:*表示企业版的撰写
新功能/改进
•Compose 2020使用Altair单位。*
•撰写版本分别重命名为Personal(以前为Basic)和Business(以前为Professional)。
•已将ARSM和GRSM优化方法添加到Compose优化方法中。*
•对笔记本中的轮廓图的附加支持。
•CAE阅读器速度提高。*
•Linux上的OptiStruct DRESP3响应中的OML功能。*
OML语言改进
•为类对象实现了==运算符。
•MAT文件中支持的稀疏矩阵(MATIO功能)。
•getpythonvar第二和第三返回值是可选的。
•支持类内的静态函数。
•在fopen中支持Unicode文件名。
•稀疏LHS切片支持RHS稀疏矩阵。
•RHS为零时,稀疏的LHS切片速度提高了。
•以下命令的文档改进:
◦createh3dfile
◦查找
◦writeh3ddata
新的OML语言命令
以下命令是Compose 2020中的新增命令:
•框,打开/关闭绘图区域周围的边框。
•包含
•getmousepos,返回鼠标在图形或图形中的位置。
•imagesc命令扩展为支持限制。
•为Compose Notebook添加了plotyy命令。
•添加了fanplot命令以创建风扇图。

removelibrary,删除并卸载由addlibrary()命令添加的库。
• 跳闸
总体改进
•OML命令窗口中的新分页选项。命令窗口中提供三种模式:ON,OFF和
互动。
•在GUI中打印输出时提高了速度。
•改进了在控制台模式下到OML窗口的打印。
绘图和GUI改进
•可用于子图的全局标题,轴标题和图例。
•轴命令的新的相等选项可强制使绘图轴一致。
•3D图支持文本。
•3D条形图中Y类别轴支持的标签。
•极坐标图支持从头到尾的曲线。
•支持混合和离散轮廓类型。
•将颜色栏中允许的级别数增加到32。
•对于2D图,可以水平或垂直放置文本。
•uicontrol对象的“启用”属性。
•支持设置“ currentfigure”属性以设置图形的活动状态。
•改善波特图,以解开相位。
•使用NaN更好地处理绘图线。
•计算没有ss2tf的波德(ss)。
•改进了x轴标签和x轴标记。
解决的问题
Compose 2020已解决以下问题(及更多问题):
•无法在classdef中声明静态方法。
•多次运行后,笔记本绘图中的错误。
•uicontrol回调问题。
•使用dlmread时,TXT或CSV文件的最后一行丢失。
•zip命令不区分大小写。
•定义具有多个输出的类方法时出错。
•在GUI中打印大矩阵时崩溃。
•OML文件包含函数时,OptiStruct / OML桥接错误。*
•str2num导致崩溃。
•编辑功能定义时的循环顺序依赖性。

•标量输入的网格网格索引问题。
•降低循环性能。
•zip问题。
•单元分配问题。
•无法使用imagesc文档。
•在空矩阵上使用fprintf崩溃。
•在批处理模式下运行OML脚本时,DOS中的垃圾字符会提示。
•带有多行输入的控制台中的垃圾字符。
•在Linux上,以批处理模式读取CAE文件时出错。*
•system命令在Linux命令中不允许双引号。
•稀疏矩阵索引问题。
•对于大型稀疏矩阵,矩阵加法速度很慢。
•对于大型矩阵,稀疏(行,列,v)较慢。
•hex2dec大量失败。
•当值大于1E10时,REM功能输出错误。
•冒号运算符:,用于字符串不起作用。
•慢速命令以处理长字符串。
•稀疏矩阵与完整矩阵之间的矩阵乘法错误。
•在读取用中文字符命名的文件夹中的CSV / XLS文件时,应用程序崩溃。
•对于稀疏矩阵,任何功能均无法正常工作。
•使用输入命令在控制台模式下显示问题。
•findpeaks对于没有正值的曲线不起作用。
•releasefileinfo和releasedata在Linux上不起作用。*
•关闭绘图时出现内存问题。
•clear(全部)不会清除稀疏矩阵的内存。
•保存为BMP图像时,图形的空白部分变为黑色。
•词干功能问题。
•系统功能执行系统命令,但不能正确处理尾随空间。
•保存的绘图图像包含光标位置。
•空行上的断点不会停止调试器。
•无法找到功能,具体取决于其在文件中的位置。
•ss2tfc和tf2ssc语法突出显示和帮助页面访问问题。
•系统功能不能正确处理命令字符串中的双引号。
•imagec图是上下颠倒的。
•matplotlib图未显示在Python命令窗口中。
•从编辑器执行时,Python“输入”命令不起作用。

•错误的细胞提取(嵌套)。
•在Linux平台上,无法进入(cd)根目录。
•如果函数是在OMC文件中定义的(加密的),则nargout无法找到该函数。
•慢速dlmread功能。
•条形图文本问题。
•索引UTF-8字符串问题。
•close(figureHandle)关闭所有图形。
•带有.pch文件的getsubcasename的性能降低。*
•评论会干扰声明。
•xlabel,ylabel,标题和图例不支持'{'和'}'字符。
•无法将“位置”设置为图中的负值。
•状态空间中ABCD矩阵的命名问题(区分大小写)。
•textscan问题中的nan值。
•轮廓问题取决于图形大小。
•添加了命令以关闭imagesc中的网格边界。
•使用汉字时,ls功能显示问题。
•Polar命令的语法问题。
•删除命令历史记录不适用于某些绘图命令。
•读取大的CAE文件时内存问题被中断。
•快速拖动3D图时的性能问题。
•3D散布符号无法正确显示。
•func2str无法正确处理匿名函数。
•pinv不适用于两个输入。
关于激活

1. Install Altair Compose 2020.0 Win64.
   Skip license selection if asked for

2. Copy crack folder "Compose2020" on top of the original one
   (by default C:\Program Files\Altair\2020\Compose2020 ) with overwrie

3. Enjoy


Cracked by TeAM SolidSQUAD-SSQ



(出售内容)



Altair HW FEKO + WinProp 2020.0 破解版

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Altair HW FEKO + WinProp 2020,WinProp 是一款传播建模是波传播和无线电网络规划的新领域。 Altair FEKO是一种综合的计算电磁(CEM)代码,广泛用于电信,汽车,航天和国防工业。Feko + WinProp 2020具有大量新功能,更正和改进的列表。 费科
+ WinProp 2020是主要版本。 它可以与其他安装在一起
Feko是功能强大且全面的3D仿真程序包,旨在进行广泛的分析
电磁辐射和散射问题。 应用包括天线设计,天线
放置,微带天线和电路,电介质,散射分析,电磁
兼容性研究,包括线束建模等。
WinProp是无线传播和无线电网络领域中最完整的工具套件
规划。 应用范围从卫星到地面,从农村到城市再到室内广播
链接,WinProp的创新波传播模型将准确性与短计算时间结合在一起。


Altair HW FEKO + WinProp 2020优势概述
WinProp的高度准确,非常快速的经验和确定性传播模型可用于各种场景:农村,城市,室内,隧道,车辆。 WinProp支持任意发送器,包括。蜂窝和广播站点,卫星,中继器和漏水的馈电线。
FEKO是一款综合的计算电磁(CEM)软件,广泛用于电信,汽车,航空航天和国防工业。 FEKO在单个许可证下提供了多个频域和时域EM解算器。
这些方法的混合能够有效分析各种电磁问题,包括天线,微带电路,射频组件和生物医学系统,将天线放置在大型电气结构上,计算散射以及研究电磁兼容性( EMC)。 WinProp是用于波传播建模和无线电网络规划的专用工具。

Altair HW FEKO + WinProp 2020功能概述
时域和频域全波求解器:MoM,FDTD,FEM和MLFMM
渐近方法:PO,LE-PO,RL-GO,UTD
真正的混合方法解决复杂的大型多尺度问题
专用求解器,用于波传播和无线电网络覆盖范围分析
基于GPU的求解器加速
优化的内核外求解器,可在达到RAM限制时提供解决方案
实时监控优化过程
HyperStudy的界面
与复杂的电缆束和沿任意电缆路径的双向耦合
分解一些EM问题以降低计算成本
数值有效的等效源,用于复杂的源和接收器
其他HyperWorks产品,包括HyperStudy,HyperMesh
Optenni Lab链接,用于自动匹配电路生成
EMIT接口用于同站干扰分析
新功能介绍

2020版本的重点
2020版本中对Feko和WinProp的最显着扩展和改进。
Feko的主要功能
•改进了MLFMM的并行缩放性能。
图1:并行缩放性能的比较
版本2019.2、2019.3和2020之间的MLFMM。
•针对直接ACA在分布式内存体系结构(MPI)上进行并行处理。
•改进了FEM矩阵元素计算的时间效率。
•利用宽带电路串扰解决方案进行快速电缆仿真。
•与其他Altair产品的紧密集成:
◦与PollEx SI的新接口,用于仿真PCB的辐射。
图2:可以将在PollEx中模拟的PCB用作Feko模拟中的源。
◦具有OptiStruct的新界面用于热分析。
◦通过使用现有的POSTFEKO会话与HyperStudy的简化界面

WinProp中的主要功能
•新的命令行界面(CLI),用于将作业提交到群集。
•轻松的共存研究工作流程。
图3:工厂车间中的蓝牙和Wi-Fi共存。
•简单的工作流程,用于定义具有多个天线元件的MIMO站点。
•更新和统一的示例指南。

Feko 2020发行说明
Feko最显着的扩展和改进按组件列出。
卡德菲科
特征
•添加了一个PCB等效源,该源使用从中导入的印刷电路板电流数据
Altair PollEx。
•扩展了“求解器设置”对话框的选项,可以在以下情况下导出文件以进行热分析
运行Feko解算器。
•如果可以利用宽带电路串扰方法,则扩展的CEM会发出警告
用于线束,但是模型中有一些要求会触发全波解决方案。
伊迪菲科
特征
•添加了用于从PollEx导入印刷电路板(PCB)当前数据的AJ卡。等效的
定义了使用当前数据作为外加线电流的电源。
•扩展了DA卡(用于写入其他数据文件的设置),并具有导出以下文件的选项:
热分析。
POSTFEKO
特征
•将.fek文件版本增加到172,以容纳新功能。
•添加了对使用PollEx当前数据的新PCB等效源的支持。
•升级了用于导出动画的库。 .gif中导出的动画的文件大小
格式大大减少。示例导出文件的大小比原来小50倍
使用相同的导出设置升级到以前的版本。之间的差异也更大
.mov格式的动画导出质量设置与以前不同,从而提供了更好的控制
通过使用出口规模和出口质量的不同组合对最终出口进行评估
设置。
•添加了导出动画时对.mkv格式的支持。
•改进了POSTFEKO中2D显示OpenGL渲染的实现。

解算器
特征
•在分布式计算机上增加了对直接ACA求解器的并行仿真的支持
内存架构(在多个节点上并行支持)。
•大大改善了MLFMM的并行负载平衡。结合以下型号
精细的细节和均匀的网格常常会导致一些带有更多元素的MLFMM盒子
与其他盒子相比。框之间元素的不均匀分布可能具有
导致几个盒子占据了解决时间,并且增加了内核数量
导致更快的解决方案。现在,矩阵填充时间与用于的芯数成线性比例
并行仿真。
•改进了MLFMM的传递函数计算。内存占用量和
传递函数的计算时间减少了。
•通过将共享内存用于矩阵来减少MLFMM解决方案阶段的内存占用量
通过向量乘法。
•增加了对宽带解决方案的支持,用于电缆电路的串扰计算。加快速度
比较时,在串扰计算阶段可以观察到两个数量级
到Feko 2019.3.2,其中以每个频率为基础计算串扰。另外,改进了
通过允许MoM的某些阶段或整个阶段来提高整个电路串扰解决方案的效率
在仅需要电路串扰的配置中可以跳过FDTD电缆解决方案
计算。
•在电缆的单位长度元素的2D FEM解决方案中增加了对曲线元素的支持
交叉区域。
•改进了错误检查机制,以验证电缆路径端点上的电路连接
仅当电路中存在穿过屏蔽的显式直接连接时,才发出错误消息。
•改进了用于线段的集成例程,从而提高了性能
用于具有多个线段的模型的解决方案的矩阵填充阶段。
•提高了FEM矩阵元素计算的时间效率。
•有损耗段,三角形,FEM和VEP四面体以及位于或之上的金属三角形中的功率损耗
现在,将FEM区域中的“角”与中心的笛卡尔坐标一起导出到.epl文件
每个元素的大小,大小和标签。
•增加了对将PollEx中计算出的PCB电流数据用作外加电流源的支持。
•NGSPICE不再包含在Feko安装中。它仍然可以用作SPICE求解器
Feko(如果有)。
•现在,可以在SPICE网表定义中使用以“ +”字符表示的续行。

解决的问题
•修复了一个错误,该错误导致带有绝缘面的模型的MLFMM解决方案的结果不准确
接触无限的PEC接地平面。
共享界面更改
特征
•使用最新的Altair品牌更新了应用程序和文档。
•引入了新的应用程序图标,以使整个HyperWorks外观更加统一
应用程序。
支持组件
特征
•升级了许可,以使用最新的Altair许可管理系统14.5.1。组件使用
ALM 14.5.1需要运行Altair许可证服务器14.5.1的服务器。
•通过第一个面板上显示的最终用户许可协议(EULA)扩展了安装程序。这个
在静默模式下运行安装程序时,需要更新响应文件。
•将安装程序使用的Java版本升级到Java™Runtime Environment,更新202(JRE
8u202)。
•扩展了PREFEKO以从PollEx .rei文件读取PCB当前数据。
解决的问题
•添加了对安装程序的检查,以防止在使用进行安装时覆盖现有安装
Linux上的控制台模式。
•解决了Feko Launcher的按键提示问题,该问题导致无法执行某些操作
使用键盘导航执行。
Altair Engineering的专有信息
Altair Feko + WinProp 2020
发行说明:Feko + WinProp 2020第14页

WinProp 2020发行说明WinProp最显着的扩展和改进按组件列出。
一般特征
•现在提供了《 WinProp入门指南》和《 WinProp脚本和API参考指南》。在每个WinProp组件的“帮助”菜单上可用。
•现在,以PDF格式和HTML的一部分提供了更新且统一的WinProp示例指南。文档。可以从启动器实用程序中访问它。
•更新了WinProp示例的位置。模型已移至examples文件夹内的ExampleGuide_models文件夹。模型的新默认位置为:
C:\ Program Files \ Altair \ 2020 \ help \ winprop \ examples \ ExampleGuide_models。ProMan
特征•简化了模拟不同无线系统共存的工作流程。结果一
无线系统可以轻松地包含在另一个无线系统的仿真中(反之亦然)。•简化了包含外部干扰的工作流程。外部干扰可以基于
根据另一个项目的导入传播结果或被定义为一般背景噪声。如果适用,可以指定通过滤波器抑制干扰,如果
干扰信号恰好在感兴趣的载波频率上。•简化了MIMO天线站点的定义。为多个指定相似的参数
过去涉及重复工作的天线。新的(可选)MIMO站点节省了用户设置时间并减少了偶尔犯错误的机会。
•添加了从ProMan的“站点”对话框中创建天线副本的功能。•现在,在创建新项目时,默认情况下会选择一些网络规划结果。
•添加了对在时变数据库中移动预测点的支持,该时变数据库使用IRT模型。
•添加了对SRT模型中的断点距离和传播指数定义的支持。•现在在校准SRT传播模型时考虑LOS和NLOS指数。
•现在可以在发射器上设置的最小功率为-79 dBm。•添加了对使用H.264和msmpeg4v2以.avi和.mov格式导出动画的支持。
编解码器,并可以导出不同质量(高,正常和低)的动画。解决的问题
•现在可以正确考虑位于建筑物正上方的变送器的断点距离在DPM模型中进行仿真。

•修复了在计算断点距离求解室内项目时的错误,其中包括
具有优势路径预测模型的地形。
•修复了在与乡村进行预测时计算断点距离的错误
选择发射器或预测高度为项目的项目的主要路径模型
在海平面以上的绝对高度。
•现在,在5G网络规划项目中已充分考虑了波束成形带来的额外收益。
•修复了一个错误,该错误在模拟项目时会导致网络规划期间崩溃
轨迹模式和提供其他输出以可视化数据流的选项是
活性。
•现在可以在ProMan中为IRT项目修改预测点的分辨率和高度,
数据库以点模式进行预处理。
•将并行城市IRT预测的性能提高了1.5倍。另外,
由于未初始化的变量,已解决的问题。
•修复了一个错误,该错误导致传播路径从城市像素中心略微偏离
DPM解决的方案。
墙人
解决的问题
•现在可以在ProMan中为IRT项目修改预测点的分辨率和高度,
数据库以点模式进行预处理。
•修复了一个错误,该错误导致在以下情况下为每个建筑物创建单独的材质层
尽管所有建筑物都具有.shp格式的文件将其转换为WinProp .odb格式
相同的材料特性。此修复程序改善了数据库转换的时间和内存效率
导致生成的转换后的.odb数据库更短,比使用
之前的版本。
阿曼
特征
•改进了功能,可轻松生成光束和包络图案以包括偏振
信息。
应用程序接口
特征
•现在,可以使用WinPropCLI从命令行以批处理模式运行ProMan仿真
Windows或Linux上的可执行文件。 WinProp命令行界面可在排队中使用
系统,例如Altair PBS,Torque,LSF和GridEngine。
•添加了对轨迹传播仿真的API支持。

•添加了API支持,可同时计算多个接收点的传播结果
使用WinProp_Predict_Points函数。
•基于用户定义的室内和室外多边形区域,为IRT预处理增加了API支持
城市场景以及城市场景的点模式预处理。
•添加了对室内场景中地形地图使用的API支持。
•添加了对点模式下的室内数据库预处理的API支持。
•添加了对城市和乡村场景的点模式计算的API支持。
•添加了对移动台后处理的API支持。
•添加了对完整极化计算的API支持。
•添加了一些用于将地图数据转换为API的参数,包括支持指定
坐标系统(可以指定各种椭球系统)以及缺失的处理
像素。
•添加了API函数以直接导出混乱图(.asc)以及混乱属性(.mct)
ASCII格式。导出的杂波图可以轻松转换为WinProp二进制格式
在WallMan中。
•现在可以通过以下方式访问SRT模型的路径损耗指数和断点距离参数
API。
•现在,API中也考虑了材料的散射特性。
•API中的IRT预处理不再限于9个线程。
解决的问题
•现在,可在API下的API中找到SRT预测模型的完整设置
Model_RAYTRACING结构。

(出售内容)


1. Install Altair Feko + WinProp 2020.0 Win64.
   Skip license selection if asked for.
   Disable automatic update!!

2. Copy crack folder "feko" on top of the original one
   (by default C:\Program Files\Altair\2020\feko ) with overwrite

3. Enjoy


Cracked by TeAM SolidSQUAD-SSQ



Altair Inspire 2020.0 Build 11850 完美激活

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solidThinking Altair Inspire 2020 for Windows,它使设计工程师,产品设计师和建筑师能够快速轻松地创建和研究结构有效的概念。传统的结构仿真使工程师可以检查设计是否可以支持所需的载荷。Altair Inspire软件(前身为solidThinking Inspire)是面向设计工程师的业内功能最强大,最易于使用的生成设计,拓扑优化和快速仿真解决方案。 通过启用仿真驱动的设计来提高产品的效率,强度和可制造性,从而增强了概念开发流程。 这可以减少成本,开发时间,材料消耗和产品重量。该软件易于学习,可与现有的CAD工具一起使用,以帮助您首次正确设计结构零件,从而减少成本,开发时间,材料消耗和产品重量。
Altair Inspire软件是业界最强大,易于使用的生成设计/拓扑优化和快速仿真解决方案,适用于设计工程师。通过启用仿真驱动的设计来提高产品的效率,强度和可制造性,从而增强了概念开发流程。这可以减少成本,开发时间,材料消耗和产品重量。


solidThinking Altair Inspire 2020功能概述
轻松生成复杂机构的动态运动,自动识别触点,接头,弹簧和阻尼器。从运动分析中获得的力会自动用作结构分析和优化的输入,或者可用于确定电动机和执行器的初始要求。
生成优化的晶格和混合的固态–晶格结构,以3D形式显示仿真结果,并以.stl文件格式导出晶格设计以进行3D打印。
使用新的工况表查看并交互式分配工况荷载,并以.csv文件格式导入/导出设计工况。
具有悬垂形状控制的增材制造设计,有助于减少悬垂,从而创建更多的自支撑结构。
使用新的PolyNURBS拟合工具自动优化PolyNURBS CAD几何形状与生成设计结果的拟合度。

Altair Inspire™2020
Altair Inspire 2020包括以下新功能和增强功能。
新功能:结构
PolyMesh功能区
Inspire推出了一个新的PolyMesh功能区,该功能区具有用于晶格填充,晶格转换和收缩包装的工具。 的
PolyNURBS功能区中的平滑工具也已移至2020年的PolyMesh功能区。
•格子填充–使用“填充”工具将实体零件转换为晶胞晶格。
•晶格转换–使用转换工具从晶胞晶格创建NURBS曲面。
•收缩包装–使用收缩包装工具用单个等值面围绕零件。

布尔增强
现在,您可以在曲面,三角形网格零件,收缩包装零件,
或晶格填充。
改进的PolyNURBS性能
Inspire现在具有即时的PolyNURBS操作功能,即使在大型模型和高
保持架数量。
SimSolid反作用力
Inspire已添加了一个新的“反作用力”工具,用于SimSolid分析。
反作用力工具可用于可视化零件之间的合力和力矩,或者
在支架或接地紧固件处。 选择零件,约束或接地紧固件以查看其反应
势力。

反作用力汇总在建模窗口下方的表格中。这个桌子
并且仅在运行SimSolid分析之后才能显示合力。
SimSolid自定义解决方案设置和Face Faceting参数
新的“自定义”选项已添加到“运行SimSolid分析”窗口中,以进行“解决方案调整”。
单击图标将打开“首选项”,其中已添加“ SimSolid自定义设置”
在运行选项下。
•自适应解决方案的数量:要提高整个装配的精度,请增加
自适应解决方案通过的次数。范围是3到6。
•适应特性:使用特殊的逻辑对应力梯度具有更强的适应性
具有当地特色的区域。仅适用于结构线性和非线性静力学。不使用
在模态或热分析中。
•适应稀薄的固体:提供特殊功能以更精确地表示稀薄
弯曲的实心部分。最佳做法是在局部的基础上局部使用此功能。

此外,在“几何图形”下的“首选项”中已添加了“面构面”参数。 SimSolid
使用轻型刻面表示零件面。 虽然默认构面设置应足够
对于大多数几何,可以使用构面参数进行调整。
质量和网格尺寸计算
为了提高整体性能,在2020版中导入CAD文件时,质量和网格
尺寸未计算。 质量值显示为**,网格尺寸显示为“自动”。

通过单击模型浏览器中的“计算”按钮,可以随时计算质量值。
可以通过单击“运行OptiStruct”中“元素尺寸”旁边的图标来计算网格值
分析窗口…

或“网格控件”中的“计算”按钮。
如果对零件执行了几何运算,则质量和网格值将重置为**,
汽车。 早期版本中的旧.stmod文件仍将显示质量和网格大小。

新功能:运动
速度初始条件工具
现在,您可以为运动模型中的零件指定速度初始条件。 新速度
ICs工具允许您设置一个或多个零件的平移速度和/或角速度。
选择要添加到集合中的零件,然后单击“创建IC”将其完成。 创建集合后,您可以
可以手动更改方向或使用微对话框或“初始”选择参考系
条件表。 也可以选择刚性组,如下图的表格所示。
(c)2020 Altair Engineering Inc.保留所有权利。

电动机和执行器的电源图功率图组件现在可在图上下文菜单中用于执行器和电机,
分别。 它们可用于瞬态运动分析期间的功率测量。撤消/重做情节管理器
现在,在打印或编辑页面时,“绘图管理器”具有用于撤消和重做操作的按钮,图和曲线。
对Plot Manager的其他更改包括一个新的Load Saved Template图标,该图标使您可以加载已保存的模板,而无需浏览它。 还有一些新图标可以删除
当前页面或所有页面。

新行为包括:
•现在可以独立锁定Y轴和X轴限制。
•现在可以拖动交叉图上的时间泡。
•“编辑”浏览器与页面上的选择同步。
•“属性编辑器”中的自动前进使字段之间的编辑更加容易。
•自定义颜色适用于曲线。
•通过“下一页”和“上一页”快捷键浏览下一页/上一页。
•在图标题框中进行的更改可以通过按Shift + Enter提交,然后按
可以使用Esc键或通过在输入对话框外单击来关闭微对话框。
•现在,离开评论上下文将自动保存模板以
... \ Documents \ Altair \ Inspire \ MotionPlotTemplates \ autosave
快速线圈弹簧对地连接
对于螺旋弹簧,您可以通过两次单击零件上的特征来快速建立接地连接。
在创建螺旋弹簧时单击销钉接头和螺栓紧固件时,这也适用。
关于激活

1. Install Altair Inspire 2020.0 Win64. Skip license selection if asked for

2. Copy crack folder "Inspire2020" on top of the original one
   (by default C:\Program Files\Altair\2020\Inspire2020 ) with overwrie

3. Enjoy


Cracked by TeAM SolidSQUAD-SSQ



(回复可见内容)


Altair Inspire Extrude Metal/Polymer 2020.0 Build 6337 完美激活

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Inspire Extrude Metal / Polymer 2020 for Windows(以前称为Click2Extrude Metal)是一种基于模拟的环境,旨在帮助聚合物挤出公司满足日益增长的需求,以降低公差的要求生产出复杂的型材,优质的表面光洁度和高强度性能成本。
优势概述
Altair Inspire Extrude是一种模拟环境,旨在帮助挤出公司满足日益增长的需求,以降低的成本生产出具有严格公差,高质量表面光洁度和高强度性能的复杂型材。 Inspire Extrude是一台虚拟压力机,用户可以在挤压过程中可视化模具中的物料流动和温度,并进行必要的更改以确保平衡流动,同时识别并消除产品缺陷。
Altair nspire Extrude Metal允许快速而准确地执行仿真,而不会带来复杂工具和界面的不便。
Altair Inspire挤出聚合物(以前称为Click2Extrude Polymer)软件在设计时考虑了其最终用户。整个仿真环境已经升级,可以满足从初学者到专家,从生产工程师到工艺设计师的各种用户。 Click2Extrude Polymer是一台虚拟压力机,用户可以在挤压过程中可视化模具内部的材料流动和温度,并进行必要的更改以确保平衡流动,同时识别并消除产品缺陷。
功能概述
您可以通过单击轴承图标并选择起始表面来定义尺寸的轴承长度。
模型设置完成后,将模型保存到其中没有先前结果的文件夹中。接下来,单击分析图标以设置过程参数。
模拟完成后,您可以继续对结果进行后处理。



Altair Inspire Extrude 2020发行说明
Inspire Extrude 2020包括以下新功能和增强功能。
新功能:常规
用户界面增强
Inspire Extrude用户界面已针对2020年进行了更新,并具有多个新主题,并对选择进行了更改
和突出显示的颜色。如果您喜欢旧的背景主题,只需在“工作区”下的“首选项”中选择“蓝色暮光”
>主题。
后处理增强
后处理对话框使您可以过滤结果,以使模型上面积大于指定值的区域
被掩盖。此外,“比例因子”选项已添加到动画设置窗口。
新功能:挤出
改进的优化
在此版本中,HX-Process计算模块与Inspire Extrude无缝集成。输入字段是可编辑的
给用户更多的控制权。还增强了使用用户输入来重新运行优化的功能。导出对话框是同步的
使用在此模块中计算出的最佳数据,并在导出时填充要在
模拟。
增强耦合分析后处理
耦合分析中的工具结果现在可以在Inspire Extrude后处理对话框中查看。在发布结果时,
填充挤出结果。该对话框可以选择分析类型。在下拉菜单中选择工具变形
菜单将填充“工具变形”结果。
适合材料的增强
现在,“材质”对话框中的“拟合材质”功能具有使用用户输入的材质拟合材质的附加功能。
属性。根据您的要求输入材料属性,并将相应的材料添加到数据库中
根据输入值。
新功能:淬火
翘曲分析后处理
在此版本中,增强了后处理对话框,可通过一次切换一个来查看“淬火和翘曲”分析结果。


Altair Inspire Extrude 2020发行说明
Inspire Extrude 2020包括以下新功能和增强功能。
新功能:常规
改进属性编辑器
增强了属性编辑器,以更新组织聚合物层时选择的适当材料。
用户界面增强
Inspire Extrude用户界面已针对2020年进行了更新,并具有多个新主题,并对选择进行了更改
和突出显示的颜色。如果您喜欢旧的背景主题,只需在“工作区”下的“首选项”中选择“蓝色暮光”
>主题。
后处理增强
后处理对话框使您可以过滤结果,以使模型上面积大于指定值的区域
被掩盖。此外,“比例因子”选项已添加到动画设置窗口。
新功能:聚合物挤出
图层的自定义颜色
在此版本中,用户可以从聚合物图例的调色板中选择每个图层的颜色。
非平面线和割地
在此版本中,对“切割陆地”工具进行了改进,以在创建切割平面时处理非平面线。
新功能:校准
金属插件的校准分析
校准分析得到了进一步增强,以支持此版本中的金属插件。插入属性必须在
聚合物色带页。如果长度与轮廓长度不一致,则校准导出将以正数调整长度
和负Z方向,以便长度与轮廓长度匹配。
啮合改进
批处理模式现在可以在SimLab中对校准器组件进行网格划分







关于激活
关于Altair Inspire Extrude Metal 2020

1. Install Altair Inspire Extrude Metal 2020.0 Win64.
   Skip license selection if asked for

2. Copy crack folder "InspireExtrudeMetal2020" on top of the original one
   (by default C:\Program Files\Altair\2020\InspireExtrudeMetal2020 ) with overwrie

3. Enjoy


Cracked by TeAM SolidSQUAD-SSQ
关于Altair Inspire Extrude Polymer 2020

1. Install Altair Inspire Extrude Polymer 2020.0 Win64.
   Skip license selection if asked for

2.  Copy crack folder "InspireExtrudePolymer2020" on top of the original one
   (by default C:\Program Files\Altair\2020\InspireExtrudePolymer2020 ) with overwrie

3. Enjoy


Cracked by TeAM SolidSQUAD-SSQ

(出售内容)



Altair Inspire Cast 2020.0 Build 2638 激活

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Altair Inspire Cast 2020.0 软件是一种快速,简便,准确且价格合理的铸造模拟环境,旨在通过高度直观的用户体验来创建具有增加的获利能力的高质量组件。Altair Inspire Cast(以前称为Click2Cast)软件是一种快速,轻松,准确且价格合理的铸造模拟环境,致力于通过高度直观的用户体验来创建具有增加的获利能力的高质量组件。从产品设计师到铸造工程师,这是唯一适合初学者和专家的工具。从早期设计阶段开始,用户就可以看到典型的铸件缺陷,例如夹气,收缩孔隙率,冷关,铸模退化,并进行纠正,从而避免了昂贵的下游校正费用。指导性工艺模板提供了5个简单的步骤来模拟重力模,重力砂,熔模,高压,低压压铸和倾斜浇铸。 Altair Inspire Cast的创新经验使用户可以通过几个小时的培训来提高产品质量并设计更好的产品。这里已经更新Altair Inspire Cast 2020最新版。


Altair Inspire Cast 2020.0 功能
从产品设计师到铸造工程师,solidThinking Altair Inspire Cast是唯一适合初学者和专家的工具。从早期设计阶段开始,用户就可以看到典型的铸件缺陷,例如夹气,收缩孔隙率,冷关,铸模退化,并进行纠正,从而避免了昂贵的下游校正费用。
指导性工艺模板提供了5个简单的步骤来模拟重力模,重力砂,熔模,高压,低压压铸和倾斜浇铸。 Altair Inspire Cast的创新经验使用户可以通过几个小时的培训来提高产品质量并设计更好的产品。
solidThinking Altair Inspire Cast 2020功能概述
在一个全面的环境和用户友好的界面中模拟,运行分析,优化和铸造最终零件。
它提供了许多铸造模板,可以模拟高压和低压压铸,重力砂和熔模铸造。
它可以进行快速简单的门逻辑仿真-只需选择大小和位置,它就会自动生成门逻辑。
它允许用户验证完整的铸件设计,包括型腔,流道和溢流。

发行说明
Altair Inspire Cast 2020
Altair Inspire Cast 2020包括以下新功能和增强功能。
新功能
用户界面增强
Inspire Cast用户界面已针对2020年进行了更新,并具有几个新主题,以及选择和更改。
突出显示的颜色。如果您喜欢旧的背景主题,只需在“工作区”下的“首选项”中选择“蓝色暮光”。
主题。
Analysis Explorer增强功能
Analysis Explorer允许您过滤结果,以使模型上结果大于指定值的区域成为
蒙面。此外,“比例因子”选项已添加到动画设置窗口。
仿真参数信息
用户现在可以在Analysis Explorer中快速访问运行中使用的所有模拟设置。这包括有关的信息
组件,过程参数,阶段,网格和模型。
模具粗糙度
用户现在可以选择从三个表面处理中进行选择,以模拟液体和模具之间的摩擦。

关于激活

1. Install Altair Inspire Cast 2020.0 Win64. Skip license selection if asked for

2. Copy crack folder "InspireCast2020" on top of the original one
   (by default C:\Program Files\Altair\2020\InspireCast2020 ) with overwrie

3. Enjoy


Cracked by TeAM SolidSQUAD-SSQ


(回复可见内容)


Altair Inspire Form 2020.0 完美激活

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Altair Inspire Form 2020.0 | 2.0 Gb

Altair announces most significant software update release in company history. Altair Inspire Form 2020.0 - a complete stamping simulation environment that can effectively be used by product designers and process engineers to optimize designs, simulate robust manufacturing and reduce material costs.

All of Altair’s software products have been updated with advancements in user experience and countless new features, including intuitive workflows that empower users to streamline product development, allowing customers to get to market faster.

The software update release expands on the number of solutions available for designers, engineers, data analysts, IT and HPC professionals, facility managers, and more to drive better decisions and accelerate the pace of innovation. It broadens the scope of the new user experience, enables access to more physics, data analytics, and machine learning, and makes the Altair software delivery method more flexible and accessible.


Altair Inspire Form 2020.0 Release notes


Inspire Form 2020 includes the following new features and enhancements:

New Features: General

User Interface Enhancements
The Inspire Form user interface has been updated for 2020 and features several new themes, as well as changes to selection and pre-highlighting colors. If you prefer the old background theme, just select Blue Twilight in the Preferences under Workspace > Theme.

Scale Factor
The displacement/deformation can be scaled by a value defined by the user.

Legend
The slider to mask the contour can now be reversed using the Flip Mask option in the hamburger menu. Additionally, the slider
can be set to a user-defined value with a single click. The slider snaps to legend call values while sliding.

New Features: Tryout

Reference System
Define a stationary system while viewing results and review the animation and displacement relative to this reference system. The refence system can be used to remove any rigid body rotation and translation from the displacement results. It is of significant help for viewing springback displacement as the reference system definition acts as a fixture point and eliminates rigid body rotation and translation.

Manual Remote
Manual remote has been added to the run options. A manual run creates necessary files for the analysis in the run history location. The user manually copies the files to the machine/server of choice for performing the run. Once the run is complete, the user manually copies the files back to the run history location to visualize the results.

Callouts
The callouts can now be defined on the tool to list its name and its attributes. Also, callouts can now be created on local maximum with box selection.

Tracers
Tracing has been improved so that it only traces on displayed blanks.

Enhancements: Tryout

Property Editor
A comment section has been added allowing for user comments on the blank and tools.

Operations
Operation names can be edited with the right-click context menu. The shortened name is displayed. Also, the operation position in the sequence can be quickly modified by drag and drop thereby allowing the user to insert a new operation and modify the sequence as needed.

Guide Pins
The user can now create multiple guide pins while remaining in the creation context. The user can also create guide pins attached to tools of STL/FE mesh representation.

Start Operation
Start Operation has been added to Tryout runs to enable starting a run from any operation, provided the opened session has results for the operation directly preceding the selected operation for the run. Runs with a start operation other than the first operation will also have results from the first operation based on the results available at the start of the run.

Animation Frames
Frames for animation and results visualization can now be defined by the user in the Advanced options of the Run dialog. The interval between animation frames is defined as the amount of tool travel.

Materials
Material type is extended beyond steel and aluminum to user-defined types for better organization. Young's modulus can be defined as varying with plastic strain using an exponential function or with a table. Cyclic hardening of the sheet metal is now supported by the well-known Kinematic hardening law, Mixed hardening law, and Yoshida hardening law.

Part Orientation
Custom Draw-Top, Draw-Front, and Draw-Right views are created for each operation based on the defined draw direction for ease of model setup and results visualization.

File Import
Multiple CAD file imports into Inspire Form are now supported.

Enhancements: Feasibility

Constraints
Constraint definition on edges allows the user to toggle between a fixed constraint or a sliding constraint. A fixed constraint fixes movement along and normal to the edge in the draw direction plane. A sliding constraint allows movement along the edge and fixes only movement normal to the edge in draw direction plane.

Blank Nesting
Process material utilization was added to the nesting report to account for additional blank material needed to support the stamping process beyond the part as utilized material and not a scrap.

Part Orientation
Custom Draw-Top, Draw-Front, and Draw-Right views are created based on the defined draw direction for ease of model setup and results visualization.

Altair Inspire Form (formerly Click2Form) i is a complete stamping simulation environment that can effectively be used by product designers and process engineers to optimize designs, simulate robust manufacturing and reduce material costs. With the fast and easy feasibility module, users can analyze parts in seconds to predict formability early in the product development cycle. The automated blank nesting proposes an efficient layout of the flattened blank on the sheet coil to maximize material utilization. The tryout module includes a highly scalable incremental solver, helping users to iterate and simulate multi-stage forming, trimming and springback in a modern and intuitive user interface, reducing complexity and making the production of high quality parts more economical.

Altair Inspire Form also offers an innovative user experience to seamlessly transition between design and analysis through a highly intuitive user interface designed for beginners and experts alike. It enables part and process designers to evaluate manufacturability early in the development cycle to avoid costly trials downstream. Altair Inspire Form automatically generates a report for fitted and nested blanks to help maximize material utilization

This quick video tutorial shows how to perform a manual setup in the tryout (incremental analysis) workflow.







Altair is a global technology company that provides software and cloud solutions in the areas of product development, high performance computing (HPC) and data analytics. Altair enables organizations across broad industry segments to compete more effectively in a connected world while creating a more sustainable future.

Product: Altair Inspire Form
Version: 2020.0 Build 2836 *
Supported Architectures: x64
Website Home Page : www.altair.com
Language: english
System Requirements: PC **
Supported Operating Systems: **
Size: 2.0 Gb


* Release info:


- Altair Inspire Form 2020.0 Build 2836



** System Requirements:


Operating Systems:
- Windows 7, Windows 8.1, Windows 10
- 64 bit only
Hardware:
- OpenGL graphics card with at least 256 MB of onboard memory
- Integrated Intel graphics hardware is currently not supported
Memory:
- 4 GB of RAM (8 GB recommended)
- 10 GB or more of free hard disk space


(回复可见内容)

Altair Inspire Studio / Render 2020.0 完美激活

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Altair Inspire Studio / Render 2020.0 | 6.7 Gb

Altair announces most significant software update release in company history. Altair Inspire Studio / Render 2020.0 – advanced industrial design tools allow designers, architects, and digital artists to create, evaluate, and visualize their vision faster than ever before.

All of Altair’s software products have been updated with advancements in user experience and countless new features, including intuitive workflows that empower users to streamline product development, allowing customers to get to market faster.

The software update release expands on the number of solutions available for designers, engineers, data analysts, IT and HPC professionals, facility managers, and more to drive better decisions and accelerate the pace of innovation. It broadens the scope of the new user experience, enables access to more physics, data analytics, and machine learning, and makes the Altair software delivery method more flexible and accessible.


Altair Inspire Studio 2020.0 release notes


Inspire Studio version 2020 includes the following new features and enhancements.
• New Drawing environment
• New Design Table
• New Rebuild Surface tool
• New Rebuild Curve tool
• New Face Round tool
• New Rounded Polyline tool
• Updates to Sketching:
- Sketch objects: Made the visualization thinner to distinguish them from curves.
- Polyline:
. The angle parameter is now relative to the previous segment instead of the x-axis.
. If the first point is snapped to an existing end point, the yellow reference lines for snapping perpendicular/ parallel/tangent are visible.
- Line: Revised to provide the same functionalities as the Polyline tool.
. It is now possible to set the angle in addition to the length.
. If the length or angle is entered, it stays locked until the second point is picked (or is unlocked with Alt).
. If the first point is snapped to an existing end point, the yellow reference lines for snapping perpendicular/ parallel/tangent are visible.
. The yellow reference lines can be made relative to another sketch curve, by hovering the mouse over it.
- Splines: Made the handles for inserting spline points transparent, as on NURBS Curve and Blend Curve.
• New shape parameters/automation
• New PolyNURBS Fit tool
• New PolyNURBS Simplify tool
• PolyNURBS border edges now respect the edges and corners
• Added Ctrl and Shift options to control PolyNURBS edge extrusion
• Improved Cage morphing tool
• Improved construction history robustness
• Added support for Trimesh
• Added Python scripting
• Updated I/O libraries
• Added drag & drop in the Model Browser
• Improved construction history recalculation while in isolate mode
• Added option to show only broken objects in the Browser
• Added file drag/drop support
• Added option for Block Groups and Unblock Groups
• Improved management of groups
• Rendering now starts in Real-time rendering once scene is loaded
• Added option for both Fast and Accurate Real-time rendering
• Various bug fixes and improvements

Altair Inspire Render 2020 release notes


Inspire Render version 2020 includes the following new features and enhancements.
• Improved construction history robustness
• Added Python scripting
• Updated I/O libraries
• Added drag & drop in the Model Browser
• Improved construction history recalculation while in isolate mode
• Added option to show only broken objects in the Browser
• Added file drag/drop support
• Added option for Block Groups and Unblock Groups
• Improved management of groups
• Rendering now starts in Real-time rendering once scene is loaded
• Added option for both Fast and Accurate Real-time rendering
• Various bug fixes and improvements

Altair Inspire Studio is the new solution for innovative designers, architects, and digital artists to create, evaluate and visualize designs faster than ever before. With unrivaled flexibility and precision, its unique construction history feature along with multiple modeling techniques empowers users throughout the creative process.

By building on the functions of Altair Evolve, Inspire Studio introduces a sleek, efficient user experience. Each tool and workflow are now optimized for an efficient design experience from initial sketches to exploring styling with polygonal, freeform, and PolyNURBS parametric modeling.

Produce stunning product presentations in real-time with the in-built high-quality, physically-based global illumination renderer using biased photorealistic, unbiased and GPU modes.

Altair Inspire Studio Overview - Design Faster than Ever Before








Altair Inspire Render is the new 3D rendering and animation powerhouse for innovative designers, architects, and digital artists to produce stunning product presentations faster than ever before.

Quickly create, modify, drag-n-drop a variety of materials, add lighting environments to generate images and animations in real-time with the built-in high-quality, physically-based global illumination rendering engine. All in a slick and efficient user experience that fulfills the needs of novice and expert users alike.

Supporting CUDA and OpenCL, Inspire Render leverages the latest high-end graphic processor technology. No dedicated GPU card? No problem, fast production rendering by the software’s interactive Presto/IR engine enables immediate feedback on production quality, while being versatile, quick, and fun to use.

Running as a standalone product or under Altair’s flexible token-based licensing model, Inspire Render frees designers’ creativity from the constraints of traditional tools, while assuring export of robust digital models for product development.

Altair Inspire Studio | Moka - Rendering







Altair is a global technology company that provides software and cloud solutions in the areas of product development, high performance computing (HPC) and data analytics. Altair enables organizations across broad industry segments to compete more effectively in a connected world while creating a more sustainable future.

Product: Altair Inspire Studio / Render
Version: 2020.0 Build 11178 *
Supported Architectures: x64
Website Home Page : www.altair.com
Language: english
System Requirements: PC **
Supported Operating Systems: **
Size: 6.7 Gb


* Release info:


- Altair Inspire Studio 2020.0 Build 11178
- Altair Inspire Render 2020.0 Build 11178



** System Requirements:


A list of supported operating systems and minimum requirements for hardware and memory.

Windows Operating System
- Windows 7, Windows 8.1, Windows 10 is required
- 64-bit only
Hardware
- Intel SSE3 CPU (or compatible)
- For Presto GPU:
- Nvidia CUDA Graphics Card (Compute Capability 2.x / 3.x / 5.x / 6.x / 7.0 / 7.2 / 7.5 ) with latest graphics driver, or
- AMD Graphics Card (Hawaii, Tahiti, Pitcairn, Capeverde, Bonaire) with latest OpenCL and graphics drivers
Memory
- 4 GB of RAM (8 GB recommended)
- 10 GB or more of free hard disk space


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