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進氣道燃料噴射氫內燃機回火機理與控制研究
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國家高技術研究發(fā)展計劃(863計劃)資助項目(2006AA11A1B6);國家自然科學基金資助項目(51276019)


Backfire Mechanism and Control of PFI Hydrogen Internal Combustion Engine
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    摘要:

    建立了包含進氣道和氣缸的氫內燃機三維仿真模型,,研究了進氣道燃料噴射氫內燃機不同轉速和負荷條件下的回火機理,。提出了通過優(yōu)化噴氫相位,使低濃度混合氣在進氣門打開時首先進入氣缸,,降低缸內廢氣和熱點溫度,,從而抑制回火的方法。仿真分析了不同轉速和負荷條件下噴氫相位對進氣門處混合氣濃度和溫度的影響,,得到了最優(yōu)的噴氫相位,。經試驗驗證,優(yōu)化的噴氫相位使氫內燃機能夠在全工況內達到或超過混合氣化學當量燃空比無回火工作,。

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    A 3-D simulation model including the inlet and the cylinder was built to study the backfire mechanism of PFI hydrogen internal combustion engines. A method controlling the backfire was put forward through optimizing the hydrogen injection angle. The low concentrated mixture gas was flow into the cylinder first after the intake valve opening, which can then lower the temperature of the exhaust gas and hot point inside the chamber. Based on the simulation model, the hydrogen injection angle influenced on the concentration and temperature of the mixture gas with the engine at different working speeds and conditions was investigated. The optimized hydrogen injection angle causing no backfire in all working conditions were found. It was proved by the experiment that the hydrogen internal combustion engine with the optimized hydrogen injection angle worked normally without backfire when the equivalent fuel air ratio of mixture gas reaching or even exceeding the stoichiometric fuel-air ratio within the speed range.

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段俊法,劉福水,孫柏剛.進氣道燃料噴射氫內燃機回火機理與控制研究[J].農業(yè)機械學報,2013,44(3):1-5,,37. Duan Junfa, Liu Fushui, Sun Baigang. Backfire Mechanism and Control of PFI Hydrogen Internal Combustion Engine[J]. Transactions of the Chinese Society for Agricultural Machinery,2013,44(3):1-5,37.

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  • 在線發(fā)布日期: 2013-02-25
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