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3D CFD Analysis of an Abnormally Rapid Combustion Phenomenon in Downsized Gasoline Engines

机译:小型汽油机中异常快速燃烧现象的3D CFD分析

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Soaring oil prices combined with increased environmental awareness maintain the drive for fuel-efficient and CO$_2$-friendly powertrains. Even if hybrids seem to be the media friendly solution, there is still much work to be done on combustion systems. For gasoline engines aggressive downsizing seems promising and IFP proposes an innovative approach. However, new difficulties arise as specific power outputs are increased. Various combustion phenomena are encountered from simple knock to rumble and must be understood and mastered in order to fully optimize the combustion system. Abnormally rapid yet non destructive and seemingly stable combustion is one of these new phenomena. 3D CFD (Computational Fluid Dynamics) simulation tools were used in order to investigate and under- stand what lies behind this particular combustion.
机译:飙升的油价加上对环保的日益关注,继续推动了节油和CO $ _2 $友好型动力总成的发展。即使混合动力车似乎是对媒体友好的解决方案,在燃烧系统上仍有许多工作要做。对于汽油发动机,大幅缩小尺寸似乎是有希望的,IFP提出了一种创新方法。然而,随着特定功率输出的增加,出现了新的困难。从简单的爆震到隆隆声,会遇到各种燃烧现象,必须充分理解和掌握这些燃烧现象,才能充分优化燃烧系统。这些新现象之一就是异常快速但无损且看似稳定的燃烧。为了研究和理解这种特殊燃烧背后的原因,使用了3D CFD(计算流体动力学)仿真工具。

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