摘要
应用Fluent软件,对在100%设计转速下经压缩性修正得到的三级高压轴流通风机,采用可压缩模型在63%、100%、156%设计转速3个典型转速下,进行了全工况气动性能数值模拟分析,并与模型级换算性能曲线进行了比较,同时也采用不可压缩模型在63%设计转速下进行了数值模拟,并与该转速下的可压缩模型计算结果作了比较分析,数值模拟得出的结论可供工程设计参考。
In this paper, the overall operating aerodynamic performance of a three-stage high pressure axial-flow fan adopted compressible model under the three typical design speed of 63%, 100% and 156%, which has been designed based on compressibility correction under 100% design speed, was simulated with Fluent software and compared with conversion performance curve of model stage. Meanwhile, the numerical simulation adopted incompressible model under 63% design speed is also carried out and compared with the calculation result of compressible model under the same speed.The conclusion obtained by numerical simulation can provide reference for project design.
出处
《风机技术》
2009年第6期13-16,38,共5页
Chinese Journal of Turbomachinery
关键词
多级高压轴流式通风机
压缩性修正
计算流体力学
数值计算
multistage high-pressure axial-flow fan
compressibility correction
CFD
numerical calculation
