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Fracture prediction for piezoelectric ceramics based on the electric field saturation concept

机译:基于电场饱和概念的压电陶瓷断裂预测

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摘要

The electrical field saturation model is applied to the fracture prediction of piezoelectric materials containing electrically impermeable cracks. This model is analogously similar to the electric displacement saturation model that available in the literature. An electrical field saturation strip near the crack front is introduced in the analytical model. The stress intensity factor K and the energy release rate G are obtained in closed-form. It is found that fracture predictions based on K and G criteria are identical. Fracture predictions based on the electric field saturation model and the electric displacement model are also found to be the same. (c) 2005 Elsevier Ltd. All rights reserved.
机译:电场饱和模型可用于包含电不渗透裂缝的压电材料的断裂预测。该模型类似于文献中提供的电位移饱和模型。在分析模型中引入了裂纹前沿附近的电场饱和带。应力强度因子K和能量释放率G以封闭形式获得。发现基于K和G标准的裂缝预测是相同的。还发现基于电场饱和模型和电位移模型的断裂预测是相同的。 (c)2005 Elsevier Ltd.保留所有权利。

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