01 – Models for simultaneous optimisation of engine and fuel
01: Models for simultaneous optimisation of engine and fuel Here, the SRM Engine Suite is used to develop a model […]
01: Models for simultaneous optimisation of engine and fuel Here, the SRM Engine Suite is used to develop a model […]
02 – Partially-Premixed Compression Ignition (PPCI) and Low Temperature Combustion (LTC modes) Using the SRM Engine Suite to simulate multiple
03 – Advanced combustion concepts and bio-fuels for reduced CO2 emissions Developing a model for the simulation of the combustion
04 – Engine operation design optimisation for modern DISI engines Simulating the NOx, CO, HC, and soot emissions produced by
05 – Optimisation of combustion chamber geometry for improved exhaust emissions Coupling a 3D CFD code with the SRM Engine
06 – Examining soot emission from boosted diesel engines at high EGR Computing the size distribution, composition, and morphology of
07 – Predictive combustion simulations for “downsized” direct injection spark-ignition engines Here, the SRM Engine Suite is used to simulate
08 – Transforming data into knowledge – automated model development for IC engines Developing more robust models by integrating experiments
09 – Probability density function methods for turbulent reacting flows Combining a conventional CFD code with efficient implementations of two
10 – Impact of EGR on combustion and emission in a CNG engine Simulating combustion and emission of a CNG