The Effect of Stator Parameters on Performance of Ducted Propeller with Pre-swirl Stators

Abstract

Abstract: The turbulent characteristics of ducted propeller with pre-swirl stators were simulated numerically and the hydrodynamic performance was analyzed by RNG (ReNormalisation Group) k-ε viscous model. Compared with experimental and potential data, the numerical results are accurate and efficient. Furthermore open water performance of propulsion with different setting angle, section thickness and number of stator blades were predicted numerically. The effect of geometrical parameters on hydrodynamic performance was analyzed.

Key words: ducted propeller, pre-swirl stators, setting angle of stators, efficiency

CLC Number:

U 661.31

RAO Zhi-Qiang, LI Wei, YANG Chen-Jun. The Effect of Stator Parameters on Performance of Ducted Propeller with Pre-swirl Stators[J]. Journal of Shanghai Jiaotong University, 2013, 47(02): 269-273.

References

［1］王天奎，唐登海. 泵喷推进器——低噪声的潜艇推进方式［J］. 〖ＨＴＨ〗现代军事，2006(7)：5254.

WANG Tiankui, TANG Denghai. Pumpjetquiet propulsor for nuclearpowered submarine ［J］. Modern Military Affairs, 2006（7）：5254.
［2］Joubert P N. Some aspects of submarine design. Part I. Hydrodynamics ［R］. Fishermans Bends, Victoria, Australia: DTSO Platform Sciences Laboratory, 2004.

［3］Suryanarayana Ch, Satyanarayana B, Ramji K, et al. Experimental evaluation of pumpjet propulsor for an axisymmetric body in wind tunnel［J］. Inter J Nav Archit Oc Engng, 2010, 2（1）: 2433.

［4］Suryanarayana Ch, Satyanarayana B, Ramji K, et al. Cavitation studies on axisymmetric underwater body with pump jet propulsor in cavitation tunnel ［J］. Inter J Nav Archit Oc Engng, 2010, 2（4）:185194.

［5］Hughes M J, Kinnas S A. An analysis method for a ducted propeller with preswirl stator blade［C］∥Propellers/Shafting’91 Symposium. Jersey City, NJ: SNAME Press, 1991: 151158.

［6］WANG Guoqiang, YANG Chenjun. Hydrodynamic performance prediction of ducted propeller with stators［J］. Journal of Ship Mechanics，1999，3（3）：17.

［7］WANG Guoqiang, LIU Xiaolong. A potential based panel method for prediction of steady and unsteady performance of ducted propeller with stators［J］. Journal of Ship Mechanics，2007，11（3）：333340.

［8］王涛, 周连弟, 张鑫. 轴对称体与导管推进器组合体的三维复杂流场的计算与分析［J］. 船舶力学，2003，7（2）：2132.

WANG Tao, ZHOU Liandi, ZHANG Xin. Numerical simulation of 3D integrative viscous complicated flow field around axisymmetric body with ducted propulsion［J］. J Ship Mechanics，2003，7（2）：2132.

［9］洪方文, 张志荣, 黄国富, 等. 带前置定子导管桨水动力数值分析［C］//中国造船工程学会2007年船舶力学学术会议暨《船舶力学》创刊十周年纪念学术会议论文集. 江苏无锡: 船舶力学学术委员会、《船舶力学》编辑部, 2007：162171.

［10］王福军. 计算流体动力学分析CFD软件原理与应用［M］. 北京：清华大学出版社, 2004.

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