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FE Analysis |
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Developed for engineers who need to analyze 3D designs without requiring physical prototypes. This module provides CAE knowledge during the design process. It empowers designers to make informed decisions without the need to learn an additional application.
Product Features
Complete and Fully Integrated Solution
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Linear and static analysis
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All processes entirely within CoCreate OneSpace Modeling
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Loads and boundary conditions (LBCs) you can set up and store. Plus assigns material types directly with the part or assembly data
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Ability to store multiple studies of the same part or assembly data
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Automatic meshing and solving for parts and assemblies
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Full-color visualization of part showing clearly stress, strain, displacement, etc.
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Ability to store results with the part
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Animation of results and HTML documentation
Analysis Cases
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Analyze stress levels, displacements, and resonant frequencies of designs. Supported cases include:
- Linear static structural analysis
- Linear buckling
- Normal modes
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Analyze thermal cases:
- Steady state thermal
- Solving for temperature and flux
Loads and Boundary Conditions
- Assign LBCs, directly to part or assembly, including:
- Vertex, edges, and face loads
- Spin, gravity, acceleration, and part temperature
- Face pressure loads
- Translational constraints and enforced displacements (XYZ) for vertex, edge, or face
- Heat flow, heat generation, free convection, fixed temperature
Materials
- Standard database with over 900 commonly used materials such as multiple types of steel, aluminum, and plastics.
- Capability to add more materials and material parameter
Meshing
- Automatic volumetric mesh generation based on technology provided by MSC Software
- Tetrahedral linear or quadratic order adaptive h-element technology
- P-element technology
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Automatically created shell-elements tailored for sheet metal part analysis
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Surface mesh generation with triangular or quadratic h-elements
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Ability to export mesh with or without LBC data as a PATRAN-neutral file
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Ability to apply mesh conditions to the part or assembly and control local mesh density
Solving
- Solve cases with unlimited nodes and unlimited mesh size. Solving based on the latest h- and p-elements technology from industry leader MSC Software
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