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SolveSpace is a free and open-source 2D/3D constraint-based parametric computer-aided design (CAD) software that supports basic 2D and 3D constructive solid geometry modeling. It is a constraint-based parametric modeler with simple mechanical simulation capabilities. Version 2.1 and onward runs on Windows, Linux and macOS.
Added support of annotations, saved views and clipping planes to STEP and XDE. Added Weighted OIT (Order-independent transparency) rendering feature. Path Tracing engine improvements. Open CASCADE Technology 7.1 2016-11-25 — — OCAF persistence without dynamically loaded plugins. Improved STEP AP242 support, including PMI, dimensions and ...
A workspace window and a "Geometry Browser" window open. The workspace is where the model is displayed while the Geometry Browser lists individual components in the workspace, such as fuselage and wings. These components can be selected, added or deleted, somewhat like a feature tree in CAD software such as Solidworks. When a component is ...
SolidWorks (stylized as SOLIDWORKS) is a brand within Dassault Systèmes that develops and markets software for solid modeling computer-aided design (CAD), computer-aided engineering (CAE), 3D CAD design, collaboration, analysis, and product data management. [2] The company introduced one of the first 3D CAD applications designed to run on a ...
Femap (Finite Element Modeling And Postprocessing) is an engineering analysis program sold by Siemens Digital Industries Software that is used to build finite element models of complex engineering problems ("pre-processing") and view solution results ("post-processing").
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The SolidWorks acquisition strengthened Dassault Systèmes' 2D drafting capacity and provided entry into the Microsoft market, while other acquisitions added digital manufacturing software to the product lineup. These acquisitions paved the way for Dassault Systèmes to introduce a total manufacturing system with their subsidiary brand, DELMIA ...
If the links in the system move planes parallel to a fixed plane, or in concentric spheres about a fixed point, then the mobility formula is = + =. If a system of links and joints has mobility M = 0 or less, yet still moves, then it is called an overconstrained mechanism.