Using Software Simulation for Comparative Analysis of Operating Parameters of V8 and L6 Diesel Engines Having the Same Displacement and Power

V. Sinyavski, M. Shatrov, V. V. Kremnev, L. Golubkov
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Abstract

The goal of this paper was to estimate a gain in fuel efficiency of a truck V8 turbocharged diesel engine if it is replaced by a L6 diesel engine having the same displacement and power. For this, a V8 engine with two turbochargers and L6 engine with one turbocharger were compared by simulation using the AVL BOOST software. Both engines had a similar torque by the full load characteristic. The factors influencing the fuel efficiency: indicator efficiency, pumping losses, turbocharger efficiency and others were analyzed. The L6 engine demonstrated a uniform pattern of pressure pulsations in the exhaust manifold and at the turbine inlet. The V8 engine had an uneven pattern and higher amplitude of pulsations which resulted in higher pumping losses and lower turbine efficiency. The brake specific fuel consumption of the L6 engine was by 3.5-7.0 percent lower than that of the V8 engine.
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采用软件仿真方法对相同排量和功率的V8与L6柴油机工作参数进行了对比分析
本文的目的是估计如果将卡车V8涡轮增压柴油发动机替换为具有相同排量和功率的L6柴油发动机,其燃油效率的提高。为此,利用AVL BOOST软件对配备两个涡轮增压器的V8发动机和配备一个涡轮增压器的L6发动机进行了仿真比较。两种发动机在满载特性下具有相似的扭矩。分析了影响燃油效率的因素:指标效率、泵送损失、增压器效率等。L6发动机在排气歧管和涡轮入口处表现出均匀的压力脉动模式。V8发动机的脉动模式不均匀,振幅较大,导致泵送损失较大,涡轮效率较低。L6发动机的制动比油耗比V8发动机低3.5% - 7.0%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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