ADAS and Autonomous driving algorithm testing involves various challenges such as non-feasibility of large-scale Physical testing, accurate re-creation of real world surroundings in simulations. These advanced testing of ADAS/AD functions can be carried out with use of gaming engines for scenario creation and testing.

Door Latch mechanisms are complex systems that present multiple challenges in Simulation. Subsystem and component behaviour including loading and unloading of the preloaded non-linear Torsional springs, Striker etc., need to be modelled so that they work synchronously for the functional simulation of the complete Latch mechanism. Effective CAE simulation of the mechanism requires accurate simulation of the Preload and the Spring load during operating condition. The mechanism needs to return to the unloaded position as soon as Load is released.

Aerodynamics is crucial to many industries and to the transportation industry in particular. Aerodynamics is responsible for not only over half the fuel/power consumption at highway speeds, but also greatly impacts the stability of vehicles under windy conditions or while travelling at high speeds. With passenger safety at stake, understanding and optimizing the aerodynamics of vehicles is crucial for cars, trucks or bikes.

To reduce the number of traffic accidents, most of governments have introduced mandates that include Combi Brake System (CBS) or Anti-lock Braking System (ABS) in two wheelers. Most of the homologation requirements for CBS are fulfilled by straight line motion, although CBS behaviour is also crucial while cornering for safety aspects. When vehicle is in a cornering motion, the lateral forces generated at the tire decreases the effective longitudinal force available, which implies lesser braking force at the tire. Hence it is crucially important to test critical scenarios for CBS and ABS systems mainly during cornering.