Difference between revisions of "Free and open-source computer-aided design/Simulation and analysis"
From AdCiv
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Modules for analysing and testing how objects should behave in the real world. | Modules for analysing and testing how objects should behave in the real world. | ||
| − | *{{wp|Finite_element_analysis|Finite element analysis}} - for detailed analysis of effects such as stress, strain, thermal transfer and electromagnetism | + | * {{wp|Finite_element_analysis|Finite element analysis}} - for detailed analysis of effects such as stress, strain, thermal transfer and electromagnetism |
| − | *{{wp|Computational_fluid_dynamics|Computational fluid dynamics}} | + | * {{wp|Computational_fluid_dynamics|Computational fluid dynamics}} |
| − | *{{wp|Physics_engine|Physics engine}} - for more simplistic but 'realtime' simulation and user interaction, such as gravity, friction and collision detection | + | * {{wp|Physics_engine|Physics engine}} - for more simplistic but 'realtime' simulation and user interaction, such as gravity, friction and collision detection |
| − | *{{wp|Kinematics|Kinematics}} - models motion of moving parts | + | ** {{wp|Kinematics|Kinematics}} - models motion of moving parts |
| − | *{{wp|Dynamics_%28mechanics%29|Dynamics}} - models motion and forces of moving parts | + | ** {{wp|Dynamics_%28mechanics%29|Dynamics}} - models motion and forces of moving parts |
Revision as of 23:30, 28 February 2010
Modules for analysing and testing how objects should behave in the real world.
- Finite element analysis
- for detailed analysis of effects such as stress, strain, thermal transfer and electromagnetism - Computational fluid dynamics
- Physics engine - for more simplistic but 'realtime' simulation and user interaction, such as gravity, friction and collision detection
- Kinematics - models motion of moving parts
- Dynamics - models motion and forces of moving parts
- Kinematics
