At the automobile development stage, a virtual model is designed on computer and CAE is conducted under various conditions. Verifying the performance of components before manufacturing a prototype, we enable optimized product design and production and contribute to a reduction in development costs by shortening the development period.
Prediction of the service life (fatigue & durability) of components of an automobile under repeated load.
Suggestion of durability improvement
Verification of the compliance of bumper rails with the automobile safety regulations.
Verification of airtightness of a fuel tank in a collision
Verification of buckling strength and rigidity of pedals
Verification of buckling strength of arms and links
Characteristic optimization through CAE of kinetic features of a virtual automobile for improving the control safety and riding comfort.
Calculation of dynamic stress and durability load conditions of each component through reproduction of a durability test
Calculation of static characteristics
Prediction of noise due to movement of fuel in a fuel in a fuel tank from braking
Prediction of problems due to tear or wrinkle occurrence by calculating thinckness and deformation during forming.