Numerical analysis of combustion and transient heat transfer processes in a two stroke SI engine
Résumé
A zero-dimensional model is presented to simulate the transient processes occurring within a two stroke SI engine. A two zone combustion model, with a spherically expanding flame front originating from the spark location, is applied. The model is numerically solved using the network simulation model which allows coupling the combustion model with a heat transfer model where both radiant and convective heat contributions have been taken into account for the in-cylinder gases. The boundary conditions for this model are the convective heat transferred to the cooling medium. A gas mixture model has been used to obtain the influence of working fluid properties on combustion development.
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PEER_stage2_10.1016%2Fj.applthermaleng.2010.06.018.pdf (997.15 Ko)
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