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Thermodynamic Evaluation of Two-Stage Turbocharging System

机译:两级涡轮增压系统的热力学评估

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The development of on-highway diesel engines is requiring more resources and technology to comply with ever-stricter emissions regulations. Increased airflow requirements of recently developed engines are not met exclusively with single-stage turbochargers. Two-stage systems have been widely used for off-highway high-horsepower engines and show potential use on smaller output engines. Although turbochargers are used as an exhaust gas energy recovery system, still a great portion of this energy is lost downstream the discharge pipe. The objective of this work is to provide a quantitative comparison of air handling system global efficiency taking into consideration the wasted exhaust gas energy. Experimental data from single-stage and serial two-stage turbocharged engines were compared with theoretical methodology.
机译:高速公路柴油发动机的发展需要更多的资源和技术来遵守更严格的排放法规。 最近开发的发动机的增加的气流要求不受单阶段涡轮增压器。 两级系统已广泛用于偏远高马力发动机,并在较小的输出发动机上显示潜在使用。 虽然涡轮增压器用作废气能量回收系统,但仍然是这种能量的大部分在排放管下游丢失。 这项工作的目的是提供空气处理系统全球效率的定量比较,考虑到浪费的废气能量。 将来自单级和连环涡轮增压发动机的实验数据与理论方法进行了比较。

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