The development of sustainable ICEs faces many challenges, particularly in understanding and optimising complex phenomena such as post-oxidation. Achieving a balance between performance, emission reduction and efficiency requires advanced experimental techniques and numerical tools that allow a deeper investigation of the combustion and exhaust processes. In the context of this work, a four-cylinder, turbocharged, gasoline direct injection spark ignition engine has been investigated.

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Methodology and Simulation Tools

  • Mario Pipolo

摘要

The development of sustainable ICEs faces many challenges, particularly in understanding and optimising complex phenomena such as post-oxidation. Achieving a balance between performance, emission reduction and efficiency requires advanced experimental techniques and numerical tools that allow a deeper investigation of the combustion and exhaust processes. In the context of this work, a four-cylinder, turbocharged, gasoline direct injection spark ignition engine has been investigated.