RADIOSS can be used to analyze a wide variety of design problems in which the structural and system behavior can be simulated using finite element and multi-body dynamics analysis.
The analysis capabilities of RADIOSS are comparable to those of other standard finite element and multi-body dynamics solvers. It uses the latest numerical formulations available and fast, robust solver techniques. A partial list of examples of analysis problems are listed below:
| • | Full vehicle normal modes analysis |
| • | Stress analysis of parts such as brackets, levers, transmission cases and closings, as well as assemblies (such as a transmission) |
| • | Heat transfer and thermal stress analysis of engine blocks |
| • | Full vehicle crash analysis |
| • | Vehicle occupant safety analysis |
| • | Consumer products drop tests |
| • | Stiffness and normal modes analysis of automotive and aerospace structures |
| • | Analysis of structures modeled with bars and beams, such as bridges and cars |
| • | Linear buckling analysis of aerospace structures |
| • | Frequency response analysis of vehicles and vehicle components under driving conditions |
| • | Contact and deformation analysis of rubber seals |
| • | Inertia relief analysis of automotive suspension parts |
| • | Vehicle dynamics analysis |
| • | Driving and handling analysis of a car suspension |
| • | Analysis of rigid and flexible mechanisms |
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Overview
