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首页> 外文期刊>Journal of thermal stresses >Study of the effective parameters on stress distribution around triangular hole in metallic plates subjected to uniform heat flux
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Study of the effective parameters on stress distribution around triangular hole in metallic plates subjected to uniform heat flux

机译:均匀热流作用下金属板三角形孔周围应力分布有效参数的研究

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摘要

On the basis of the steady-state two-dimensional theory of thermoelasticity, stress field around a triangular hole in an infinite isotropic plate is discussed. A metallic plate subjected to uniform heat flux and thermal-insulated condition along the hole boundary is assumed. The method used for this study is the expansion of Goodier and Florence's method. They used the complex variable method for stress analysis of infinite isotropic plates with an elliptical or circular hole. The rotation angle of the hole, bluntness, aspect ratio of hole size, and angle of heat flux are important parameters considered in this paper.
机译:基于热弹性稳态二维理论,讨论了无限各向同性板中三角孔周围的应力场。假设金属板沿孔边界受到均匀的热通量和绝热条件。本研究使用的方法是Goodier和Florence方法的扩展。他们使用复变量方法对具有椭圆形或圆形孔的无限各向同性板进行应力分析。孔的旋转角度,钝度,孔尺寸的长宽比和热通量角度是本文考虑的重要参数。

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