Experimental and Design, CFD, Modal analysis of E 387 Helicopter Blade

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Abstract

Now a days it is observed that weight parameter is a specific issue for many companies for better efficiency of any product. So, in resent a specific profile of E 387 light weight helicopter blade is designed. Due to composite material of carbon epoxy it is light in weight but also high strength carrying blade. In present research, design using standard airfoil tool website is presented along with CFD simulation is been performed to know lift carrying capacity and also modal analysis is been performed using ANSYS software. Similarly, validation is concluded with FFT technique in which results obtained through modal analysis with mode shape and respective natural frequency are compared.
e387直升机叶片试验与设计,CFD,模态分析
现在的一天,它被观察到,重量参数是一个特定的问题,许多公司为提高任何产品的效率。为此,本文设计了e387轻型直升机叶片的特定型面。由于碳环氧复合材料,重量轻,但也有高强度的承载叶片。在本研究中,采用标准翼型工具网站进行设计,并进行CFD仿真以了解升力承载能力,并利用ANSYS软件进行模态分析。同样,用FFT技术进行验证,其中通过模态分析获得的结果与模态振型和各自的固有频率进行比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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