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The Development and Implementation of Improved Duncan-Chang Constitutive Model in ABAQUS

机译:ABAQUS改进的Duncan-Chang本构模型的开发与实现

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As it ignorance the effect of intermediate principal stress, traditional Duncan - Chang model has limitation when applied into geotechnical engineering. It was improved through incorporating the effect of intermediate principal stress based on unified strength theory. Under the help of customized modification platform in ABAQUS, the applicability and stability of the improved model and the reliability of subroutine were validated through simulation of several examples. The results show the improved model can better reflect the deformation behavior of soil through taking the influence of intermediate principal stress into consideration. The improved model in paper can be applied into dense sand, fine sand and clay.
机译:由于它无知,中间主应力的影响,传统的邓肯 - 昌模型在岩土工程中时有限制。通过基于统一强度理论的中间主应力的影响来改善。在ABAQUS的定制修改平台的帮助下,通过若干示例的模拟验证了改进模型的适用性和稳定性和子程序的可靠性。结果表明,改进的模型可以通过考虑中间主应力的影响来更好地反映土壤的变形行为。纸张中的改进模型可以应用于密集的沙子,细砂和粘土中。

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