首页> 外文期刊>Proceedings of the Institution of Mechanical Engineers, Part C. Journal of mechanical engineering science >Determination of the isentropic turbine efficiency due to adiabatic measurements and the validation of the conditions via a new criterion
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Determination of the isentropic turbine efficiency due to adiabatic measurements and the validation of the conditions via a new criterion

机译:通过新标准测定绝热测量和条件验证导致的等熵涡轮效率

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摘要

The determination of the isentropic turbine efficiency under adiabatic and SAE boundary conditions is studied in this paper. The study is structured into two parts. The first part describes the possibility of measuring the isentropic turbine efficiency directly. Normally this is not possible in measurements conducted following the SAE J922 guidelines. Therefore, the experiments have been carried out under adiabatic conditions, and combined with improved measuring equipment. The results were compared with adiabatic computational fluid dynamics simulations of this turbocharger. In the second part, a new criterion is defined in order to evaluate the quality of the adiabatic measurements and compare them with standard measurements. The investigation has been carried out with multiple turbochargers ranging from very small to medium passenger car size turbochargers. In the end, a possible application for the criterion is given.
机译:本文研究了绝热和SAE边界条件下的等熵涡轮效率的测定。 该研究构成为两部分。 第一部分描述了直接测量等熵涡轮效率的可能性。 通常,在SAE J922指南下进行的测量中是不可能的。 因此,实验已经在绝热条件下进行,并结合改善的测量设备。 将结果与该涡轮增压器的绝热性计算流体动力学模拟进行了比较。 在第二部分中,定义了新标准,以便评估绝热测量的质量并将它们与标准测量进行比较。 调查已经进行了多次涡轮增压器,从非常小到中等乘用车涡轮增压器。 最后,给出了标准的可能应用。

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