VariCAD 2013 v2.05
Просмотров : 575 13-05-2013, 00:09
VariCAD 2013 - мyльтиплатформенная 2D/3D CAD прогpамма для мoделирования разных графичeских объектов. В этoй программe пользователь мoжет выбирать мeжду пaнелями пиктогрaмм либo выпадающими меню. Программа можeт импoртиpовaть и экспoртирoвaть кaк DXF так и IGES. Вы можете выдавливать и вpащать 2D геометрию, дaбы получить трехмерныe тела. Другие типы твeрдых тел: призмы, цилиндры, усеченныe пирамиды, усечeнные конусы, коническиe трубы, cпирaли. В дoполнение к стандартным булевым oпeрaциям объединение и вычитания, вы получаетe инстpумент выpeзания и cохранения, сoxранeния детали, выpезка сoxраненнoй детaли и инcтрумента, и добавлeние вырезанной чаcти.
Другие вспомогательные функции включают: галтели, фаски, отверстия, пазы. Когда твердые тела построены, они могут быть проанализированы различными способами, от расстояния между объектами до центров масс и моментов инерции. Данное приложение ориентировано на проектирование в области машиностроения. Поддерживает STEP, STL, IGES, DWG и DXF форматы.
Помимо стандартных инструментов для 3D моделирования и разработки 2D, система предоставляет:
• Инструменты для проектирования резервуаров, трубопроводов, листового металла,
• Библиотеки стандартных механических частей (ANSI,DIN)
• Возможность инженерных расчётов
• Инструменты для работы с материалами (BOM) и название блоков
VariCAD is a 3D/2D CAD system for mechanical engineering. In addition to standard tools for 3D modeling and 2D drafting, the CAD system provides tools for shells, pipelines, sheet metal unbending and crash tests, assembly support, libraries of standard mechanical parts (ANSI, DIN) and symbols, mechanical part calculations and tools for working with bills of materials (BOM) and title blocks. VariCAD supports STEP, STL, IGES, DWG and DXF file formats.
VariCAD 2013-2.01- March 22, 2013
More information:
Support of multi-level assemblies
You can define a sub-assembly created from multiple objects. It is similar as a definition of single part. The sub-assembly can be further inserted into assemblies, where it behaves as a single object. A sub-assembly itself can contain also inserted parts or other sub-assemblies, so you can create a complex structure of mechanical design.
Support of relative paths in assembly – sub-assembly – part links
Optionally, it is possible to use relative paths. This allows you to maintain situation, where various computers have access to server, and the access is mapped differently. Or, if some computers work under Windows and some computers work under Linux. All users can now access common data at server without problems. Another advantage may be in exchanging of files between different users - if these files are only copied as directory structures.
Changes in BOM, allowing you to select various possibilities of data processing, if 3D contains multi-level assembly
If 3D contains sub-assemblies, a BOM can be created by various methods. You can select whether to create a BOM from highest level only (as it was previously), or if to process complete structure of all levels of inserted parts and sub-assemblies. If a BOM is created at one single level, you can select creation from highest level only or from all parts from all levels. Then, you can obtain complete list of all parts necessary for completion of the highest assembly.
Changes in definition and maintenance of solid attributes, if 3D contains multi-level assembly
Changes in geometrical constraints in 3D, especially more legible listing of removed degrees of freedom (fixed movements or rotations along or around axes)
Now, behavior of geometrical constraints is simpler. All constraints remove degrees of freedom (fix movement along or rotation around axes). This information is legible listed in tables, or in constraint panel. Before removing some constraint related to fixed axis, you are acknowledged. Also, you can see a complete list of possible collisions between new and existing constraints, if you create a colliding constraint. This prevents possibility of unexpected behavior later.
Further improvements in STEP input
Minor changes in DWG/DXF input
Minor changes in 3D kernel
More information:
Support of multi-level assemblies
You can define a sub-assembly created from multiple objects. It is similar as a definition of single part. The sub-assembly can be further inserted into assemblies, where it behaves as a single object. A sub-assembly itself can contain also inserted parts or other sub-assemblies, so you can create a complex structure of mechanical design.
Support of relative paths in assembly – sub-assembly – part links
Optionally, it is possible to use relative paths. This allows you to maintain situation, where various computers have access to server, and the access is mapped differently. Or, if some computers work under Windows and some computers work under Linux. All users can now access common data at server without problems. Another advantage may be in exchanging of files between different users - if these files are only copied as directory structures.
Changes in BOM, allowing you to select various possibilities of data processing, if 3D contains multi-level assembly
If 3D contains sub-assemblies, a BOM can be created by various methods. You can select whether to create a BOM from highest level only (as it was previously), or if to process complete structure of all levels of inserted parts and sub-assemblies. If a BOM is created at one single level, you can select creation from highest level only or from all parts from all levels. Then, you can obtain complete list of all parts necessary for completion of the highest assembly.
Changes in definition and maintenance of solid attributes, if 3D contains multi-level assembly
Changes in geometrical constraints in 3D, especially more legible listing of removed degrees of freedom (fixed movements or rotations along or around axes)
Now, behavior of geometrical constraints is simpler. All constraints remove degrees of freedom (fix movement along or rotation around axes). This information is legible listed in tables, or in constraint panel. Before removing some constraint related to fixed axis, you are acknowledged. Also, you can see a complete list of possible collisions between new and existing constraints, if you create a colliding constraint. This prevents possibility of unexpected behavior later.
Further improvements in STEP input
Minor changes in DWG/DXF input
Minor changes in 3D kernel
Операционная система: Windows® 2000/XP/Vista/Seven/8
Язык интерфейса: Английский
Год выхода: 2013
Лекарство: Присутствует
Размер: 130 МБ
VariCAD 2013 v2.05
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Немного информации об материале: 13-05-2013, 00:09 наш лучший журналист - cy-pr написал статью - " VariCAD 2013 v2.05 " и сразу же добавил её к нам на сайт! Хотелось бы добавить, что наш журналист подобрал лучшее оформление и качественное содержание данной новости. Так же советуем вам посетить категорию Warez, чтобы найти другие отличные материалы, как и этот!
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