基于有限元模型修正的结构损伤识别方法计算过程直观, 物理意义明确, 能同步识别结构损伤
位置和损伤程度, 是结构损伤评估最直接的依据. 该文介绍了基于有限元模型修正的损伤识别 …

有限元分析在实际工程中得到了广泛应用. 然而有限元模型由于受到网格划分,
边界条件和材料物理参数不确定性等的影响, 与真实结构有差异. 因此须通过试验数据加以修正 …

The finite element model updating is advantageous in damage identification because it is
physically meaningful and simultaneously identifies the damage location and extent. It …

This paper is a survey of the literature about the nonlinear updating process. It is focused on
the computation of the difference between the numerical model and the reference data as …

The accuracy of the finite element model is essential for fatigue analysis and vibration of a
flexible body. This paper presents a finite element model updating (FEMU) algorithm based …

It is a well-known fact that, in a real engineering situation, fixtures are not ideally stiff, so
numerical simulations using them are unlikely to present results that are consistent with the …

Finite element (FE) analysis is extensively applied in practical engineering. However, FE
model usually differs much from actual engineering structures due to modeling errors …

Civil engineering structures exhibit nonlinearities. Finite element model updating of these
structures is significant to obtain a more accurate numerical model for various applications …

This study investigates the application of operational modal analysis along with bees
optimization algorithm for updating the finite element model of structures. Bees algorithm …

This article is to study the application and optimization of UAV remote sensing technology in
the construction of smart farms. Multiparty calculations, circuit design, remote sensing, and …