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Singularities of an interface crack in electrostrictive materials

机译:电致伸缩材料中界面裂纹的奇异性

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In the present work, the singularities of an interface crack between two dissimilar electrostrictive materials under electric loads are investigated. Within the framework of two-dimensional deformation, the problem is solved using the complex variable method. Three crack models, that is, permeable, impermeable and conducting crack models are considered individually. Complex potentials and intensity factors of total stresses are derived by considering both the Maxwell stresses in the surrounding space at infinity and inside the crack. It is found that, for the above three crack models, the singularities of total stress are the same as those in traditional bi-materials with an interface crack; however, the intensities of the total stress depend on the actual crack model used.
机译:在目前的工作中,研究了两种不同电致伸缩材料在电负载下的界面裂纹的奇异性。在二维变形的框架内,使用复变量方法解决了该问题。分别考虑了三个裂纹模型,即可渗透,不可渗透和传导裂纹模型。通过同时考虑无穷大周围空间和裂纹内部的麦克斯韦应力,可以得出总应力的复数电位和强度因子。结果发现,对于上述三种裂纹模型,总应力的奇异性与传统的具有界面裂纹的双材料相同。但是,总应力强度取决于所使用的实际裂纹模型。

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