首页> 外文期刊>Experiments in Fluids: Experimental Methods and Their Applications to Fluid Flow >An experimental investigation of a low-pressure turbine blade suction surface using a shear and stress sensitive film
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An experimental investigation of a low-pressure turbine blade suction surface using a shear and stress sensitive film

机译:使用剪切和应力敏感膜对低压涡轮叶片吸入表面进行的实验研究

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摘要

A shear and stress sensitive film (S3F) is employed on the suction surface of an industry standard low-pressure turbine blade. These tests address the optimization of S3F for low-speed air investigations on a curved surface, and are the first measurements of its kind. S3F provides all three stress components on a surface in a single measurement, and is based on 3D elastic deformations of a polymeric film. A detailed description of the S3F technique is presented along with proof of concept experiments, followed by the turbine results which illustrate the need for separate films tailored for the local stress levels in each area. Oil-film verification of stresses is also included.
机译:剪切应力敏感膜(S3F)用于工业标准低压涡轮叶片的吸力表面。这些测试针对在曲面上进行低速空气研究的S3F优化,并且是此类测试中的首次。 S3F通过一次测量即可提供表面上的所有三个应力分量,并且基于聚合物膜的3D弹性变形。介绍了S3F技术的详细说明以及概念验证实验,然后是涡轮机结果,这些结果说明了需要针对每个区域的局部应力水平量身定制的单独薄膜的需求。还包括应力的油膜验证。

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