Automotive Analyses
Vibration Analysis:
- Determining the source and effects of vibrations in vehicles.
- Developing solutions to minimize vibrations.
- Optimizing vibration levels to improve comfort and safety.
Vehicle Ride Dynamics Analysis:
- Analyzing vehicle handling, braking, and acceleration performance.
- Optimizing driving stability and controllability.
- Enhancing driving dynamics to provide a safe and enjoyable driving experience.
Sheet Metal Forming Analysis:
- Analyzing the manufacturing stages of sheet metal parts.
- Identifying errors and defects that occur during forming.
- Developing solutions for an efficient and error-free manufacturing process.
Vibration-Based Fatigue Analysis:
- Analyzing the effect of vibration on fatigue life.
- Developing solutions to prevent fatigue damage.
- Increasing the durability and reliability of the vehicle.
Vehicle Crash and Rollover Analysis:
- Analyzing the safety of the vehicle and occupants in crash and rollover situations.
- Developing solutions to minimize damage in accidents.
- Designing vehicles that meet safety standards.
Chassis and Subcomponent Strength Analysis:
- Analyzing the strength and durability of the chassis and subcomponents.
- Developing designs that are resistant to loads and stresses.
- Extending the life of the vehicle and improving its safety.
Seat Crash and Belt Pull Analysis:
- Analyzing the performance of seats and seatbelts in crashes.
- Developing solutions to minimize the risk of passenger injuries.
- Designing safe and effective seat and seatbelt systems.