engine-simulations
January 28, 2022

Increase the efficiency of a powertrain - flame propagation

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Increasing the efficiency of a powertrain

CFD calculations significantly help to understand complex physical processes. This results in findings that are reflected in the development of new products in the long term.

The calculations performed here lead to improved powertrain efficiencies because a new combustion chamber shape is developed.
For this purpose, our engineering team has analyzed in detail the flame-wall interaction of a spark ignited internal combustion engine that is to be used in a hybrid vehicle in the further course of development. 

The following example shows the mixture formation for the port injection operating point.

The following video shows the flame propagation. All simulations have been performed with STARCCM+ and the In-Cylinder Solutions plug-in.

A funded project will help us to further investigate different fuels in this project (for example E-Methanol).

Please do not hesitate to contact us in case you have any question or if you need further information.

High performance cooling of a charging cable for HPC/MWC application

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CFD-Temperaturverteilung in einem flüssigkeitsgekühlten HPC/MWC-Ladekabel mit Stecker und Leiter

CFD-Simulation für HPC/MWC-Ladekabel: Steckertemperatur um bis zu 35 °C senken

3D-CFD-Fallstudie zur Flüssigkeitskühlung von HPC/MWC-Ladekabeln: Direkte und indirekte Kühlung im Vergleich – mit bis zu 35 °C niedrigerer Steckertemperatur, 2- bis 5-fach höherer Lebensdauer und bis zu 9 % geringerem Pumpendruck.

Projekt ansehen