Large gas engines will play a significant role in distributed power generation for the energy
supply of the future. The lower amount of carbon in natural gas in comparison with other …

System complexity is challenging for development of marine mid-speed engines when
striving to meet increasingly stringent emission targets. Control-oriented modeling offers a …

By front-loading of the conventional vehicle testing to engine test bench or even further
forward to offline simulations, it is possible to assess a large variation of powertrain design …

In hybrid vehicle development, the operating strategy has a decisive role in meeting the
development goals, such as compliance with emission standards and high energy …

Liquefied natural gas (LNG) is widely regarded as the midterm solution toward zero-carbon
transportation at sea. However, further applications of gas engines are challenging due to …

One-dimensional modeling is considered as one of the most approved methods of studying
the characteristics and performance of aircraft reciprocating engines, operating under …

The present paper aims at developing an innovative procedure to create a one-dimensional
(1D) real-time capable simulation model for a heavy-duty diesel engine. The novelty of this …

Virtual system integration and testing using hardware-in-the-loop (HiL) simulation enables
front-loading of development tasks, provides a safer and reliable testing environment and …

In the field of gasoline powertrain calibration, the challenges are growing due to ever shorter
time-to-market requirements and a simultaneous increase in powertrain complexity. In …

Due to the ever increasingly stringent emission regula-tions for passenger vehicles, the
efficiency and performance increase of Spark Ignition (SI) engines have been under the …