OEMs that succeed in quickly bringing electric vehicles (EVs) or hybrid electric vehicles (HEV) to market are in a strong position to dominate the industry. An integrated simulation approach is key to accelerating their development via frontloading.

Legislation is pushing automotive propulsion engineers to apply advanced transmission and drivetrain technology while striving towards improving efficiency. The required measures are often negatively impacting the vehicle’s NVH behavior. 

This webinar shows how to implement a simulation solution into your development process that answers your system optimization and testing needs, covering all types of propulsion technologies.

Water management is an important aspect of vehicle design. It includes everything from soiling and wading to splashing and the impact this has on the vehicle's aerodynamics. Even the vehicle's windshield wipers are part of it, as is the investigation

The development of conventional passenger cars is more than ever cost-driven, considering the general shift towards alternative propulsion concepts. Virtual calibration is one of THE key enabler to manage the testing and validation efforts utilizing–

With the rise of new powertrain technologies, the comfort of the passenger in the cabin and the energy management of the air conditioning system are becoming increasingly important.

The understanding of wear phenomena is relevant for several engineering fields. Basically, every application where force is transferred between directly connected and relatively moving components is prone to wear.

Vehicle water wading and rain water management are two of the main liquid-dominated vehicle body problems which, instead of performing high cost real-life experiments, can be simulated in a virtual environment. 

Cybersecurity testing of automotive systems has become a practical necessity, with the wide adoption of advanced driving assistance functions and vehicular communications. The sheer amount of testing needed in light of the latest regulations and stan

Simulation plays a critical role in the fuel cell development process, from concept, design and throughout the testing and validation phases and beyond.By embracing virtualization, engineers can frontload development tasks and reduce the number of fu