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首页> 外文期刊>International Journal of Solids and Structures >Stress intensity factors for cracked homogeneous and composite multi-channel beams
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Stress intensity factors for cracked homogeneous and composite multi-channel beams

机译:均质和复合多通道开裂梁的应力强度因子

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摘要

The homogeneous and composite multi-channel beams are a typical three-dimensional infinite boundary problem. For the cracks in such structures, a very simple method to determine the stress intensity factors has been proposed by using a new concept of the crack surface widening energy release rate and the principle of virtual work. This kind of the energy release rate can be defined by the curved surface integral and the work done by the external loads. From the present discussions a series of the stress intensity factors are derived for the channel and multi-channel beams. Additionally, the stress intensity factor for the cracked T beam can be evolved from the present results for multi-channel beams. (C) 2006 Elsevier Ltd. All rights reserved.
机译:均匀多通道复合光束是典型的三维无限边界问题。对于这种结构中的裂缝,已经提出了一种非常简单的方法来确定应力强度因子,方法是使用裂缝表面加宽能量释放速率的新概念和虚拟工作原理。这种能量释放率可以由曲面积分和外部载荷完成的功来定义。从目前的讨论中,得出了一系列应力强度因子,用于通道和多通道梁。另外,可以从多通道梁的当前结果中得出裂纹T形梁的应力强度因子。 (C)2006 Elsevier Ltd.保留所有权利。

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