Thin-walled structures

Analysis Method for Lightweight Material Substitution Design of Thin-walled Structures with Equal Stiffness

基于等刚度条件的薄壁结构的一种材料替代轻量化设计分析方法

On Some Problems in Dynamic Computation for Thin-Walled Structures

薄壁结构动力计算中若干问题

Experimental study on the strength of complex thin-walled structures under internal pressure

内压载荷下复杂薄壁箱形结构承载能力的试验研究

Study on Design of High Head Steel Plane Gates Using Theory of Thin-walled Structures

按薄壁结构对高水头平面钢闸门设计的探讨

Non-linear Finite Element Analysis of Thin-walled Structures and Members

薄壁结构与构件的非线性有限元分析

Study on Crashworthiness of Thin-walled Structures and Effect of Weld Based on Numerical Value Simulation

基于数值模拟的薄壁构件碰撞性能研究及焊接影响

Reliability analysis of thin-walled structures for space shuttle

航天飞机薄壁结构的可靠性分析

Application of Single-Dimension-Finite-Element Method in Thin-walled Structures ' Dynamic Calculation

薄壁结构动力计算中一维有限元方法的应用

Characteristics Judgment and Graph Theory Disposal of Geometric Parameters in Complex Thin-walled Structures ' Section

复杂薄壁建筑物断面特性判定及几何参数的图论处理

A programming system of buckling / postbuckling and failure analysis for composite thin-walled structures

复合材料薄壁结构屈曲、后屈曲及破坏分析专用程序系统

Therefore , developing damage identification methods for thin-walled structures is important to ensure the structural integrity .

因此，对薄壁结构的损伤进行有效辨识是保证结构完整性的关键技术。

3-D dynamic computation of thin-walled structures with considering the effects of shear deformations

考虑剪切变形效果的薄壁结构三维动力计算

Development tendency for thin-walled structures & introduction to the Fourth International Conference of thin-walled structures

薄壁结构的发展趋势&第四届国际薄壁结构学术会议简介

Local analysis of the buckling and initial post-buckling of thin-walled structures and its accuracy

薄壁结构屈曲和初始后屈曲的局部分析及其精度

Here , the algorithm is employed successfully to analyze the thin-walled structures of the three-dimensional elasticity problems .

应用该算法分析三维弹性薄壁结构获得了成功。

Riveted joint is widely applied in engineering structures , particularly in the thin-walled structures , such as aircraft structures .

铆接连接件在许多工程结构中，特别是在飞机结构中已经得到广泛的应用。

A study of SHEAR-BUCKLING fatigue for thin-walled structures

薄壁结构剪切屈曲疲劳研究

In this thesis , the regularization algorithm is applied to the analysis of thin-walled structures in tow-dimensional elasticity problems .

本文深入研究了正则化算法在二维弹性薄壁结构中的具体应用方案。

( See Chapter 2 ) 2 . A new method , by introduction of patterns , is suggested to improve the energy absorption characteristics of thin-walled structures .

（具体内容见第二章）2.提出了改善薄壁结构能量吸收性能的一种新方法&在结构中引入图案。

According to the space thin-walled structures theory , the unified displacement field of the tube structures is given by taking the shear lag effect into account .

本文基于连续化的假定，根据空间薄壁结构理论，考虑剪力滞后效应建立统一的位移场；

The main content of this thesis is lateral buckling analysis of thin-walled structures with irregular cross section by transformed 63 spline finite member element method .

本文主要分析了具有不规则横截面形状的薄壁结构在横向荷载下的稳定问题。

It is available for DC TIG and pulsed TIG welding , especially for welding of thin-walled structures and micro-assembly .

该电源可以保证小电流时电弧稳定，特别适用于薄壁件、微型器件的焊接。

It is commen to cause baleful aftereffect for the composite laminated thin-walled structures buckling failure in shear .

复合材料层合结构在纯剪切载荷作用下会发生失稳破坏，造成灾难性的后果是常见的。

This article discusses the problems of the dynamic computation for thin-walled structures such as thin plates and thin shells under impact load to find the dynamic factor mainly .

本文讨论薄板和薄壳之类的薄壁结构受冲击荷载作用时的动力计算问题.主要是求动力因数。

The Saint Venant ′ s torsion rigidity and warping rigidity are two important indices in the design of spot-welded thin-walled structures .

在对实际点焊薄壁结构进行设计时，圣维南扭转刚度和翘曲扭转刚度是点焊薄壁构件的两个重要指标，对它的研究会对此类构件的设计和利用打下理论基础。

Rib in large thin-walled structures will generate elastic deformation in NC Milling , it is very inconvenient to analyze the elastic deformation by conventional method directly .

大型整体薄壁构件的筋板在数控铣削加工过程中将产生变化的弹性变形，用常规的有限元软件直接分析很费时费力。

A reliability analysis method was studied to consider the design requirements for damage tolerance and durability of conventional thin-walled structures consisting of envelope-framework of space shuttles .

对航天飞机结构常用的蒙皮骨架组成的薄壁结构，提出一种考虑损伤容限和耐久性设计要求的结构系统可靠性分析方法，以此为航天结构系统的可靠性设计提供参考。

Titanium alloy thin-walled structures have been increasingly used in aerospace industries , especially for new type of aircrafts to improve technical performance , decrease weight and increase the loading capability .

钛合金薄壁焊接结构在新型飞行器制造中得到了日益广泛的应用，这是提高产品战术和技术性能、减轻自身重量和增加承载能力的主要途径。

These thin-walled structures , as main bearing structure , have to carry complex loads in the service process . These loads would thus easily lead to performance degradation or produce structural damage .

这类薄壁结构作为一种承力结构，要在服役过程中承受复杂载荷，进而容易导致结构性能退化或产生损伤。

Thin-walled structures are widely used in aeronautics , watercrafts , automobiles , vessels and so on because of its light weight and good load-carring property .

薄壁结构由于质量轻、承载性能优良，被广泛用于航空航天、船舶、汽车、压力容器等领域。