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Challenge to over 50 brake thermal efficiency in passenger car engines

机译:乘用车发动机制动热效率超过50的挑战

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摘要

The possibility whether brake thermal efficiency could be over 50 in reciprocated engines for passenger cars is examined. Maximum possible indicated thermal efficiency was estimated from fuel-air cycle calculation in which cooling loss and timeloss were considered. It is concluded that over 50 brake thermal efficiency is attainable in both gasoline and diesel engines with compression ratio of over 16 and air excess ratio of over 1.5. under condition that mechanical efficiency is improved andas much as possible and exhaust energy recovery system such as turbo-compound system is applied.
机译:研究了乘用车往复式发动机的制动热效率是否超过50%的可能性。最大可能的指示热效率是通过考虑冷却损失和时间损失的燃料-空气循环计算来估计的。结果表明,压缩比超过16、空气过剩比超过1.5的汽油和柴油发动机的制动热效率均超过50%。在提高机械效率的条件下,尽可能采用涡轮复合系统等废气能量回收系统。

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