Applications
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Motion and dynamics simulation
Evaluate the motion and dynamics of mechanical systems, with optional nonlinearities such as contacts and material nonlinearity.
- Motion and dynamics of mechanical systems
- Addressing detailed dynamic durability and strength problems
By integrating multi-body dynamics and Finite Elements, engineers can evaluate the product real life performance at every stage of the design process. In addition, Virtual Performance Solution addresses detailed dynamic durability and strength problems with fully flexible nonlinear parts and analytical 3D contacts. Thus stresses and kinematics are simulated with realistic physics, for example within bearings and spur gears.
Motorcycle Motor Dynamics Performance
Users can chain different load cases and use the results as loading conditions for further analysis. Manufacturing results, such as residual stresses or hardening effects from heat treatment in prior production processes can be included as initial conditions for the simulation of dynamic stresses.
Focus on the Moto Motorcycle crankshaft, track rod and piston (cut).
All solvers within Virtual Performance Solution share the same core data model, reducing model generation time and increasing quality and productivity. Parallelization capabilities of Virtual Performance Solution ensure short iteration cycles on real life models and keep the abstraction level to a minimum. This leads to highly accurate results.
