Comprehensive Analysis for Cutting-Edge Automotive Design

Comprehensive Analysis for Cutting-Edge Automotive Design

Our specialized applications in the Automotive industry cover a wide array of critical analysis areas:

Driveline Component Design - Analyzing the dynamics of transmissions, axles, and other driveline components under various load and RPM conditions, optimizing performance, durability, and efficiency.

Engine Mount Design - Simulating engine vibrations and their impact on the chassis, optimizing engine mount design for reduced noise and vibration harshness (NVH).

Gearbox Optimization - Studying the interaction between gears, predicting wear and tear, and optimizing gearbox design for smoother shifting and improved fuel economy.

Suspension Tuning - Simulating vehicle suspension performance on different terrains and maneuvers, optimizing suspension stiffness, damping, and geometry for comfort, handling, and stability.

Steering System Analysis - Predicting steering response and wheel loads under various driving conditions, optimizing steering design for precise handling and driver feel.

Ride Comfort Analysis - Evaluating passenger comfort by simulating cabin vibrations and accelerations over different road surfaces, optimizing vehicle dynamics for a smooth and comfortable ride.

Occupant Safety Simulations - Predicting occupant kinematics and injuries in frontal, side, and rear-end collisions, optimizing restraint systems and vehicle structures for improved crashworthiness.

Pedestrian Impact Analysis - Simulating the impact of a vehicle on pedestrians at different speeds and angles, optimizing vehicle design to minimize pedestrian injuries.

Active Safety System Development - Testing and validating the performance of active safety systems like ABS, ESC, and airbags in virtual environments.

Tire Performance Analysis - Studying tire-road interaction, predicting wear and tear, and optimizing tire design for improved grip, rolling resistance, and fuel efficiency.

Durability Testing - Virtually simulating vehicle performance under various operating conditions, predicting component wear and fatigue, and optimizing design for durability and extended lifespan.