top of page


FISITA
Sep 7, 20213 min read
Congress: Advanced approach to dual-fuel engine combustion simulation using detailed chemistry & CFD
Andrey Kozlov describes a detailed chemistry mechanism for 3D CFD simulation of the combustion process of a dual-fuel heavy-duty engine


FISITA
Aug 25, 20213 min read
Congress: Formula SAE cars - a systematic restricted air intake manifold design approach
Nafees Ahmad to discuss a systematic and stepwise restricted air intake manifold design approach for the Formula SAE cars
FISITA Spotlight
bottom of page