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基于SiPESC.OPT的透平低压排汽缸优化设计
引用本文:赵坚勇,初鹏,隋永枫,李超,傅一飞. 基于SiPESC.OPT的透平低压排汽缸优化设计[J]. 计算机辅助工程, 2013, 22(4): 29-33
作者姓名:赵坚勇  初鹏  隋永枫  李超  傅一飞
作者单位:杭州汽轮机股份有限公司
基金项目:浙江省科学技术厅优先主题重大工业项目:100MW等级超大型工业汽轮机系列技术开发与应用(2008C01063)
摘    要:针对提高蒸汽透平机组效率的需求,基于SiPESC.OPT集成软件平台,集成SolidWorks,ICEM和CFX等多个软件构建透平低压排汽缸优化设计系统.系统采用参数化建模、三维黏性流体分析和蚁群算法等多种手段,对某型号透平低压排汽缸模型进行优化设计.结果表明,优化后平均压力恢复因数提升188.31%,出口气流不均匀分布因数明显下降.该优化设计系统能有效提高透平低压排汽缸气动性能.

关 键 词:蒸汽透平  低压排汽缸  压力恢复因数  蚁群算法  SiPESC.OPT
收稿时间:2013-07-02
修稿时间:2013-07-04

Optimization design on low pressure exhaust hood of turbine based on SiPESC.OPT
ZHAO Jianyong,CHU Peng,SUI Yongfeng,LI Chao and FU Yifei. Optimization design on low pressure exhaust hood of turbine based on SiPESC.OPT[J]. Computer Aided Engineering, 2013, 22(4): 29-33
Authors:ZHAO Jianyong  CHU Peng  SUI Yongfeng  LI Chao  FU Yifei
Affiliation:Hangzhu Steam Turbine Co. Ltm
Abstract:In order to meet the requirement of improving the efficiency of the steam turbine, a low pressure exhaust hood design optimization system is constructed by integrating software as SolidWorks, ICEM and CFX based on the SiPESC.OPT platform. The optimization of one type of low pressure exhaust hood is performed on the SiPESC.OPT platform by using various methods such as the parametric modeling, three-dimensional viscous fluid analysis, and ant colony algorithm. The result shows that the average pressure recovery coefficient has increased 188.31% and the no-uniform coefficient of the steam flow at the outlet has decreased after the optimization. In addition, the result indicates that the optimization can effectively improve the pneumatic performance of the turbine's low pressure exhaust hood.
Keywords:SiPESC.OPT   low pressure exhaust hood   pressure recovery coefficient   ant colony algorithm
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