thick-walled cylinder

Bearing Capacity for the Dynamic Load of A Thick-walled Cylinder Subjected to High Pressure

高压厚壁圆筒的动态承载能力

Sensitivity analysis of structural fatigue life of thick-walled cylinder is very important for the design and operation of cylinder structures.

关于各个因素对厚壁筒结构疲劳断裂寿命影响大小的研究具有重要意义。

Analytical Solution for Spatially Axisymmetric Problem of an Open-Ended Thick-Walled Cylinder Subjected to Different Linearly Varying Pressures

线性分布压力作用下开口厚壁圆筒空间轴对称问题的解析解

The high pressure chamber of a water cannon is attributed to the thick-walled cylinder with open ends.

水炮高压腔是开式厚壁圆筒，采用多层自增强圆筒能大大提高承载能力。

The Elasto-Plastic Finite Element Analysis of Thick-Walled Cylinder Under Internal Pressure and Its Application to the Final Sizing Technology of Welded Pipe End

受内压厚壁圆筒的弹塑性有限元分析及其在焊管管端定径工艺中的应用

In this paper, the finite element method was used to compute the dynamic stress intensity factor of thick-walled cylinder with edge crack. The suitable programme and the factors affecting dynamic stress intensity factor was studied.

本文应用有限单元法计算了动态内压下含裂纹厚壁筒的动态应力强度因子K1（t），提供了合理的计算方案，研究了不同动载参量对动态应力强度因子的影响。

Plastic limit load of viscoplastic thick-walled cylinder and spherical shell subjected to internal pressure is investigated analytically using a strain gradient plasticity theory.

基于应变梯度塑性理论，分析了内压作用下厚壁圆筒和球壳的塑性极限荷载。

A solution for an orthotropic thick-walled cylinder under Torsion Impact

正交各向异性厚壁圆筒扭转冲击的一种解法

Fatigue Design Criteria for Thick-Walled Cylinder Subject to High Pressure

高压厚壁圆筒的疲劳设计准则

Shakedown analysis of a thick-walled cylinder of elastic-perfectly plastic material is presented in terms of the twin-shear unified criterion. The unified analytical solutions of the loading stress fields, the residual stress fields and the shakedown limit pressure of the thick-walled cylinder are derived.

采用双剪统一强度准则对理想弹塑性材料的厚壁圆筒进行安定性分析，得出了厚壁圆筒加载应力、残余应力及安定极限压力的统一解析解。

The effects of pre-notches with different radii of curvature on the self-organization of multiple adiabatic shear bands ( ASBs) in the 7075 aluminum alloy were investigated by means of the thick-walled cylinder ( TWC) technique and finite element method ( FEM) for the first time.

利用厚壁筒坍塌实验以及有限元方法，研究了不同曲率半径缺口对7075铝合金多条剪切带自组织行为的影响。

Reliability assessment and design of thick-walled cylinder under internal pressure

内压厚壁筒结构的可靠性分析和可靠性优化设计

Study on residual stress distribution of autofrettaged thick-walled cylinder

自增强厚壁圆筒残余应力分布规律研究

A New Autofrettage Model of Thick-Walled Cylinder Considering the Strain-Hardening and Bauschinger Effect of Material

考虑材料应变硬化和包辛格效应的厚壁筒自增强理论模型

In this paper, the bottom stress deviations are highlighted about the axisymmetric solution of the thick-walled cylinder of finite length by the Kantorovich stress variation method.

本文指出文献[4]、[5]在用康托洛维奇应力变分法解有限长厚壁圆筒轴对称问题时存在的端部应力偏差；

Calculation of stress intensity factor about a thick-walled cylinder with an surface crack under autofrettage stresses

残余应力下厚壁筒表面裂纹的应力强度因子计算

Autofrettage Damage Residual Stress of Thick-walled Cylinder

厚壁管的自增强损伤残余应力计算模型

Strength Analysis of Thick-walled Cylinder under Thermo-mechanical Coupling Based on FEM

基于有限元方法的厚壁圆筒在热力耦合作用下的强度分析

The result showed that the attenuation of residual stress of autofrettaged thick-walled cylinder reached about 30% under cycle loading.

研究结果表明，厚壁筒自增强残余应力在循环载荷的作用下，残余应力衰减达到近30%。

An analytical solution on magnetoelastodynamics problem, which is subjected to the transversal magnetic field around an anisotropic thick-walled cylinder, was presented.

给出了在横向磁场作用下，各向异性厚壁圆筒磁弹性动力学问题的解析解。

Fracture charateristics of thick-walled cylinder rock specimen with pore edge crack

具有孔边裂纹的岩石厚壁筒试件的破裂特征

A simplified method for calculating elastodynamic stresses of monobloc thick-walled cylinder

单层厚壁圆筒弹性动应力的简化计算方法

The deformation of a hydraulic-clamping-sleeve wall was analyzed in this paper by ( applying) the theory of "Thick-walled Cylinder" and "Thin-walled Cylinder".

前言：本文采用厚壁圆筒及薄壁壳体理论，分析液压夹紧轴套腔体变形，推出了腔体薄壁厚度的计算公式。

Based on the physiological structure of osteon, the model of osteon with liquid was provided, in which the osteon was described as the thick-walled cylinder and the Haversian canal was full of tissue fluid.

基于骨单元的生理结构特性，将骨单元作为厚壁圆筒结构，其内部哈弗氏管内充满组织液。

The Optimum Design of Composed Concave Die by Thick-walled Cylinder Theories

基于厚壁圆筒理论的组合凹模优化设计

The influence of strain-rate on the residual stress fields of thick-walled cylinder

考虑应变率影响的厚壁筒残余应力场分析

Stress Intensity Factor Research about a Thick-walled Cylinder with an Internal Semi-elliptical Surface Crack

厚壁筒内表面椭圆裂纹的应力强度因子研究

The correction of the stresses near the bottom of thick-walled cylinder of finite length solved by the Kantorovich stress variation method

有限长厚壁圆筒康托洛维奇应力变分解端部偏差的修正

Structural Reliability Analysis of Thick-walled Cylinder

厚壁筒结构的可靠性计算与分析

To meet the need of experimental teaching in the major of process equipment and control engineering and testing of research, a special bursting and testing experiment device of thick-walled cylinder was developed.

为满足过程装备与控制工程专业实验教学的需要，并考虑到科研检测的需求，研制了专用的厚壁圆筒爆破及测试试验装置；