Shock absorber simulation

Capable of supporting the design, research and development, and performance verification of magnetorheological shock absorbers and air springs, mainly analyzing the stiffness, strength, fatigue durability, friction, mode and other key performance of key components and systems (cylinder tube, spring plate, buffer block, oil seal, capsule, piston rod, etc.). In addition, it also has the ability to simulate and optimize the electromagnetic field of coils, which can provide important guidance and reference for product structure optimization and process development.

Rubber simulation

Based on the theory of fracture mechanics and dynamic crack propagation testing of rubber materials, a full process solution for fatigue simulation prediction and life optimization of rubber components can be provided. Based on finite element simulation calculation, Endurica, the world's only software that can analyze fatigue problems of rubber components under multi axis complex load conditions and is exclusively represented by our company, can achieve accurate simulation prediction of damage location, cracking direction, and fatigue life of rubber components. The research objects include but are not limited to products such as tires, rubber bushings, rubber bearings, rubber seals, etc