Quantification of near-field blast loading is a pressing issue for defence, transport security,
and structural engineering. Realistic explosion scenarios often involve the detonation of non …

基于能量法的双钢板混凝土遮弹层设计计算方法研究 ISSN 1001-1455 CN 51-1148/O3 EI,Scopus,CA,JST收录
力学类中文核心期刊 中国科技核心期刊,CSCD统计源期刊 《爆炸与冲击》动力电池专题征稿 …

A very rare sixth-order multiresolution method based on wavelet theory for solving irregular
domain problems is proposed and applied to the large-deflection bending of irregular plates …

The response of plates subjected to blast loads is of considerable scientific interest. The
loading imparted to a structure following a close-in detonation of a high explosive is typically …

In this paper, the dynamic response of fiber-metal laminate (FML) double-layer sandwich
plates under blast loading is studied through theoretical analysis and finite element (FE) …

Metal plates are widely used in industry and civil engineering for the development of ships,
vehicles, bridges, buildings, and aircraft. The deformation behavior of a blast-loaded metal …

In the field of structure safety, the blast resistance of glazing is increasingly important. This
problem could be simplified as a finite deformation rectangular plate under dynamic loading …

This work presents an approximate theory to predict the large deflections and elastic spring-
back of circular plates made of elastic, perfectly plastic material when subjected to uniform …

In this paper, an elastic–plastic analytical method is proposed to predict the cyclic
deformation of the fully clamped square plates made of elastic–perfectly plastic material …

The challenge of solving nonlinear problems in multi-connected domains with high accuracy
has garnered significant interest. In this paper, we propose a unified wavelet solution …