An efficient reanalysis assisted optimization method is proposed for variable-stiffness
composite design. The contour lines of functions can be used to describe fiber paths by …

The sensitivity reanalysis technique is an important tool for selecting the search direction in
structural optimization design. Based on the decomposition perturbation of the flexibility …

An exact reanalysis method named Indirect Factorization Updating (IFU) is proposed for the
structure with local modifications, including boundary modifications. The IFU method is …

Abstract A Multi-Grid (MG) assisted Reanalysis method (MGR) is proposed in this study. The
distinctive characteristic of the MGR method is that the consistency between the modified …

In the traditional design-through-analysis pipeline, geometric models and modifications are
approximately represented and transformed with computational models. Besides, after each …

重分析方法作为一种能够根据初始计算结果快速估计修改后结构的快速计算方法,
近几十年来得到了广泛研究, 并取得了一系列具有理论价值和工程意义的成果, 在机械 …

Fast static reanalysis techniques are very important tools often used in structural
optimization design. Generally, the existing exact methods for static reanalysis are only …

Rapid static reanalysis technology is an important tool commonly used in structural
optimization design and reliability analysis. The existing static reanalysis methods are not …

This study presents a meshless-based local reanalysis (MLR) method. The purpose of this
study is to extend reanalysis methods to the Kriging interpolation meshless method due to its …

A closed loop geometry based optimization method is developed in this work by integrating
subdivision, reanalysis and metaheuristic searching techniques. For that purpose …