摘要
本文参考俄罗斯新研制的一种双通道燃气轮机ΓΤУ-18ПС,它的外涵增压空气经与内涵燃机的排气换热后驱动热空气涡轮,该涡轮与内涵燃机动力涡轮共轴输出功率,可大幅提高燃气轮机的输出功率和循环效率。将这种空气底部回热复合循环方式用于某型涡扇发动机改型燃气轮机方案,经计算分析可使燃气轮机的性能和热效率明显提高。
This paper gives a discussion on the newly dual -ducted FTY -18HC gas turbine developed in Russia. In this turbine, the compressed air passing the engine exchanges heat with air flow passing through the core to drive the hot air turbine. Air turbine shares the same shaft with the power turbine to output power. In such way, the gas turbine might output much higher power and achieve cycle efficiency greatly. This method of air basal heat regenerative cycle is used in the plan for gas turbine modified on the turbine engine. The calculation analysis shows that this method may improve the turbine performance and its heat efficiency.
出处
《内燃机与动力装置》
2013年第1期4-10,共7页
Internal Combustion Engine & Powerplant
关键词
双涵道
燃气轮机
复合循环
Dual Bypass
Gas Turbine
Compound Cycle
