1、 中 文 题 目：废气涡轮增压器结构设计 外文题目：Exhaust turbocharger structure design 摘要摘要 涡轮增压器能在发动机排量不变的情况下，提高其动力性能，降低尾气排放，最初主 要用于柴油发动机。最近，汽油发动机也越来越多地安装了涡轮增压器。Turbo，即涡轮增 压，简称 T，最早时候由瑞典的萨博（SAAB）汽车公司应用于汽车领域。现在很多人都 知道了，涡轮增压简称 TURBO，如果在轿车尾部看到 TURBO 或者 T，即表明该车采用的 发动机是涡轮增压发动机。这些汽车的发动机工作，是靠燃料在发动机气缸内燃烧作功， 从而对外输出功率。在发动机排量一定的情况下
2、，若想提高发动机的输出功率，最有效的 方法就是多提供燃料燃烧。然而，向气缸内多提供燃料容易做到，但要提供足够量的空气 以支持燃料完全燃烧，靠传统的发动机进气系统是很难完成的。 关键字：涡轮增压；气缸内燃烧；燃料 Abstract Turbochargers can improve enginespower performance and reduce exhaust emissions without changing their capacity.They were mainly used in diesel enginesfirstly .Turbo, namely the turboch
3、arging, is called T, most early time (SAAB) the Car company applies by Swedens Sabo in the automobile domain. Many people have known now, the turbocharging is called TURBO, if saw in the passenger vehicle rear part TURBO or T, namely indicated this vehicle uses the engine is the turbocharging engine
4、. These automobiles engine work, is makes the merit depending on the fuel in the engine cylinder internal combustion, thus foreign output. In engine capacity certain situation, if wants to raise engines output, the most effective method provides the fuel burning much. However, provides the fuel to t
5、he air cylinder in easily to do, but must provide the enough quantity the air to support the fuel to burn completely, is very difficult to complete depending on the traditional engine air intake system. Key words: Turbo; Air cylinder internal combustion; Fuel 目录 1.废气涡轮增压概述 1 1.1 废气涡轮增压器的背景 1 1.2 废气涡轮增压器产业的技术发展 2 1.3 废气涡轮增压器原理
