Adaptive Algorithms for Lower Bound Limit Analysis

下限分析的自适应算法。下限分析是预测岩土结构在不倒塌情况下所能承受的最大荷载的强有力的新工具。但是，此方法的结果取决于所使用的网格。该项目旨在开发一种用于下限分析的自适应啮合程序，该程序将在计算的坍塌载荷的精度条件下迭代优化网格。其目的是提供一种具有成本效益的解决方法，供执业工程师使用。

Adaptive Algorithms for Lower Bound Limit Analysis. Lower bound limit analysis is a powerful new tool for predicting the maximum load that a geotechnical structure can sustain without collapsing. The results from this method are, however, dependent on the mesh used. This project aims to develop an adaptive meshing procedure for lower bound limit analysis that will iteratively optimise the mesh, subject to an accuracy condition on the computed collapse load. The aim is to produce a cost-effective solution method for use by practising engineers.