DAI Yu. Investigation of the effects of model scale on the aerodynamic resistance, temperature distribution and infrared signature of marine gas turbine exhaust system. Ph.D thesis. Shanghai Jiaotong University(戴宇.模化比对船用燃气轮机排气系统气流阻力和温度场分布及红外辐射影响的研究.上海交通大学.博士学位论文)
[2]
Birk A M, VanDam D. Infrared signature suppression for marine gas turbine: comparison of sea trial and model test result for the DRES Ball IRSS system. Journal of Engineering for Gas Turbine and Power, 1994,116(1):75-81
[3]
Birk A M, Davis W R. Suppression of the infrared signature of marine gas turbine. ASME Journal of Engineering for Gas Turbine and Power, 1989,111(1):123-129
[4]
DU Zhao-Hui, ZHONG Fang-Yuan. Numerical study of 3-D viscous internal flow with non-staggered grid for complex boundary. Journal of Shanghai Jiaotong University(杜朝辉,钟芳源.求解复杂边界三维紊流流动的非交错网格方法.上海交通大学学报),1994,31(5):36-42
[5]
Soufiani A. Validity of band-model calculations for C2O and H2O applied to radiant properties and conductive radiant transfer. J.Q.S.R.T,1978,33:185
[6]
ZHONG Fan-Yuan, DAI Yu. The effects of scale factor on the aerodynamic and infrared radiation suppression device. ASME Paper,93-GT-232,1993