离心式压缩机三维叶轮建模与分析

Shaik Shashavali, C. Chakravarthy, N. Prabhakar
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引用次数: 1

摘要

压缩机是一种产生压头或应变的装置,可以提高流经它们的流体的强度。本文研究了“离心式压缩机叶轮”的三维稳定性建模、评价和优化。从结构评估中获得后处理结果,以呈现应变形状内的评估输出,大部分是挠度。通过模态评估来预测叶轮的动力特性,确定了叶轮的基本振动模态和振型。由评价可知,运行应变低于许用应变;因此,在给定的运行条件下,叶轮的布置是合适的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling and analysis of centrifugal compressor 3D impeller
Compressors are head or strain generating devices, which boom the strength of fluids passing via them. The present work deals with 3-Dimensional stable modeling, evaluation and optimization of “centrifugal compressor impeller”. From the structural evaluation, the post processed consequences are acquired to present the output of evaluation within the shape of strain, most deflection. The modal evaluation is accomplished to expect the conduct of the impeller in its dynamic nature and the essential modes of vibrations are decided alongside the mode shapes. It is located from the evaluation that running strain is beneath the allowable strain; subsequently the impeller layout is appropriate below given running conditions.
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