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.

AVL’s Mario Teitzer explains how a cutting-edge simulation solution can help engineers to optimize driving characteristics.

Current developments and ambitions for the future of road transportation are now working towards higher levels of automated driving. Virtual calibration, verification and validation of automated driving functions have become essential aspects of the

Increased public awareness about the air pollution caused by ships requires a change in the marine propulsion technology. Since January 1 2020, the new IMO Sulphur Cap regulation is in place. 

The enforcement of stricter emission legislations has characterized the commercial vehicle industry for decades. Even when legislation varies on limits and testing methods, one thing remains in common: the holistic view of the vehicle. 

The drastic shifts in the transportation business brought about by recent and also upcoming emission and greenhouse gas laws as well as the broader shift towards a decarbonized society are giving a tremendous push to the development of hydrogen combustion engines.

PEM fuel cells offer one of the most promising technology paths towards future emission-free mobility. Market needs and customer expectations regarding system performance, durability and costs lead to a variety of challenges for PEM fuel cell engineering.