• Automotive structural crashworthiness analysis

• Passenger restraint system simulation

• Crash tests benchmarking

• Pedestrian protection analysis

• Car seats  simulation analysis and structural optimization

• Crash analysis of airbag, IP, interior and door

• Automotive structural crashworthiness analysis

• Passenger restraint system simulation

• Crash tests benchmarking

• Pedestrian protection analysis

• Car seats  simulation analysis and structural optimization

• Crash analysis of airbag, IP, interior and door

• Strength and stiffness analysis of BIW, four doors and two covers

• Seat stiffness and strength analysis

• Suspension system static strength analysis

• Strength analysis of engine parts

• Automotive interior and exterior strength analysis

• Seat belt anchor point strength analysis

• Strength and stiffness analysis of BIW, four doors and two covers

• Seat stiffness and strength analysis

• Suspension system static strength analysis

• Strength analysis of engine parts

• Automotive interior and exterior strength analysis

• Seat belt anchor point strength analysis

Sheet metal stamping simulation can simulate the whole process of stamping, including gravity deflection, blank holding, bead forming, draw bead arrangement, hydroforming, and tube bending and forming and so on. Sheet metal stamping simulation can accurately predict rupture, wrinkling, bulging, and spring back position to help shorten mold design and trial test cycle, and reduce production cost.

Sheet metal stamping simulation can simulate the whole process of stamping, including gravity deflection, blank holding, bead forming, draw bead arrangement, hydroforming, and tube bending and forming and so on. Sheet metal stamping simulation can accurately predict rupture, wrinkling, bulging, and spring back position to help shorten mold design and trial test cycle, and reduce production cost.

• Defrosting/ defogging analysis

• Cabin thermal comfort analysis

• Air conditioning system performance design and optimization

• Vehicle profile aerodynamic optimization analysis

• Defrosting/ defogging analysis

• Cabin thermal comfort analysis

• Air conditioning system performance design and optimization

• Vehicle profile aerodynamic optimization analysis

Drop test analysis can be used to simulate the possible impact and free fall of a product during handling and operating, to study a product's resistance to accidental impact, such as the impact analysis of the fall of a mobile phones while operating, and refrigerators during transportation.

Drop test analysis can be used to simulate the possible impact and free fall of a product during handling and operating, to study a product's resistance to accidental impact, such as the impact analysis of the fall of a mobile phones while operating, and refrigerators during transportation.

• Fatigue analysis of engine parts

• Durability analysis of suspension system

• BIW fatigue analysis

• Spot welding life prediction

• Fatigue analysis of engine parts

• Durability analysis of suspension system

• BIW fatigue analysis

• Spot welding life prediction

With given constraints and optimization objectives, through large number of simulation calculation to optimize topology, topography, topological dimension, and free shape, simulation-based optimization analysis can be used effectively to obtain optimal design, hence increase the competitiveness of products

With given constraints and optimization objectives, through large number of simulation calculation to optimize topology, topography, topological dimension, and free shape, simulation-based optimization analysis can be used effectively to obtain optimal design, hence increase the competitiveness of products

· Modal analysis for whole vehicle and parts

· Vibration characteristics analysis of vehicle and parts

· Interior acoustic characteristics optimization analysis

· Suspension system optimization

· Modal analysis for whole vehicle and parts

· Vibration characteristics analysis of vehicle and parts

· Interior acoustic characteristics optimization analysis

· Suspension system optimization

· Explosion and Blast Analysis；

· Compatibility analysis of bird strike and engine  blades；

· Metal high-speed tensile test and data processing；

· GISSMO Metal Failure Simulation；Fluid-solid coupling analysis；

· Human body model,  barrier model, moving barrier  mode

· Explosion and Blast Analysis；

· Compatibility analysis of bird strike and engine  blades；

· Metal high-speed tensile test and data processing；

· GISSMO Metal Failure Simulation；Fluid-solid coupling analysis；

· Human body model,  barrier model, moving barrier  mode