This article presents the asynchronous global–local non-invasive coupling in the case of nonlinear monotone patches as encountered when inserting elastoplastic components in a global linear elastic model. The convergence of the method is theoretically established in a general framework using the paracontractions technique and illustrated in academic examples with a weak scalability study considering the case of balanced and unbalanced patches.

中文翻译：

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非线性单调补丁的异步全局-局部非侵入耦合：在可塑性问题中的应用


本文介绍了在全局线性弹性模型中插入弹塑性组件时遇到的非线性单调补丁情况下的异步全局局部非侵入耦合。该方法的收敛性是在理论上使用副收缩技术在一般框架中建立的，并在考虑平衡和不平衡补丁情况的弱可扩展性研究的学术示例中进行了说明。