Clean combustion modelling

Clean combustion modelling
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Realising the full potential of IC engines begins with a deep understanding of combustion processes, leading to cleaner combustion, superior propulsion efficiency, emissions reduction, and more sustainable propulsion units.

Simulation offers extensive modelling capability – from conventional gasoline, diesel, and kerosene blends to next generation biodiesels, synthetic hydrocarbon e-fuels as well as non-carbon fuels including hydrogen, ammonia and ethanol. Enabling an overall assessment of different fuel types.


Realis Simulation, formerly Ricardo Software.

Our insights

A study on the effect of aluminium piston pin bore profiles on stress using PISDYN

A study on the effect of aluminium piston pin bore profiles on stress using PISDYN

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Calculation of the piston temperature field for a heavy-duty diesel engine using FEARCE-Vulcan

Calculation of the piston temperature field for a heavy-duty diesel engine using FEARCE-Vulcan

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Applicability of default flow field boundaries for exhaust manifolds based on FEARCE-Vulcan and validation of boiling module

Applicability of default flow field boundaries for exhaust manifolds based on FEARCE-Vulcan and validation of boiling module

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