工作应力

弯管的高温工作应力测量

Working stress measurement of bended tubes at high temperature

15万m~3气柜残余应力及工作应力测试分析

Residual Stress and Working Stress Measurement for A 150000m ~ 3 Gas Vessel

当通道表面粗糙度Ra为1.6μm时，模具危险点工作应力不会超过变形体流动应力的4.5倍。

The maximum stress on the die will not exceed 4.5 times of the flow stress , when channel surface roughness Ra is 1.6 μ m.

TiC/Ni3Al系梯度材料的残余应力与工作应力计算及结构优化

Residual and working stresses calculation and structure optimization of tic / ni_3al FGMs

采用ANSYS有限元软件对某型液力变矩器输出轴进行了工作应力计算分析，结果表明，小花键后端齿根处存在严重的应力集中。

Calculation and analysis on work stress for a hydraulic torque converter 's output shaft is carried out with ANSYS finite element software . The results show that there was a severe stress concentration in the gear root area at the rear end of small spline .

运用ADINA有限元程序对微型钻头的结构和工作应力应变状态进行了分析，所得结论对微型钻头的设计和使用有一定的指导意义。

By using the finite element method ( ADINA ), the structure of micro drills and strain stress state in the body of the drill during the drilling process are analyzed . Given conclusion has great meaning to the design and application of micro drills .

本文利用Si-O键离解的唯象系统解释稳定开裂速度和动态、静态疲劳现象，其结果具有指数形式并适应于不同大小的缺陷、工作应力和试验环境。

A phenomenological formulation of Si O bond dissociation is utilized to interpret stable crack velocity and dynamic fatigue phenomena . The resulting model has an exponential form and is applicable to a wide range of flaw sizes , service stresses , and test environments .

钢筋混凝土柱工作应力试验与研究

The Testing and Research on the Working Stress of RC Columns

本文对挠性膜盘联轴器进行了优化设计，优化的目标可以是重量最轻，也可以是在给定的外载荷情况下，膜盘的结构最大工作应力最小。

This paper gives an optimization design of flexible diaphragm couplings .

钢筋混凝土受压构件工作应力的测试与分析

Testing and analyses of the working stress of RC columns

开槽法测试结构工作应力的有限元分析

Finite Element Analysis of Inspection of Structural Working Stresses by Grooving Method

焊接接头工作应力的边界元分析

The Stress Analysis of Welded Joints with Boundary Element Method

大烘缸端盖用套筒拉杆补偿&工作应力分析

Yankee Dryer End Covers Compensated with Sleeved Bar Analysis of Working Stress

锅炉弯头工作应力的模拟检测

Simulated testing of the working stress of boiler elbow

建立了U型隔膜挠曲变形工作应力简化计算模型。

A simplified model of stress calculation is set up for U-diaphragm deflection .

对接接头工作应力分布及其应力集中系数的研究

Research on the Working Stress Distribution and the Stress Concentration Efficiency in Butt Joint

实测工作应力与实际结构强度一致；

The measured working stress is consistent with the actual strength of the structure .

本文还将推导的工作应力计算公式与国外资料对比分析。

The derived formulas for calculating working stresses are also compared with foreign materials .

文中首先阐述金属薄膜弹簧工作应力仿真的模型和结果；

In this paper , first the principles and results of working stresses simulation are presented .

搭接长度对胶接接头工作应力分布影响的数值分析

Numerical analysis of the effect of lap length on the stress distribution of adhesively bonded joints

给出了求正常工作应力下参数点估计的方法。

Derive a way to get the point estimations of parameters under normal working condition stress .

结合转轮工作应力的分布状态，解释了混流式水轮机转轮的失效原因。

The invalidation reason of runner is explained , based on working stress distribution of runner .

2000m~3球罐残余应力、工作应力对比分析

Comparative Analysis on the Residual and Working Stress of 2000 m ~ 3 Liquid Gas Sphere

炼塑机辊筒的工作应力分析

Stress Analysis for Plastic Milling Roller

工作应力测试就是检测结构构件在使用时的实际应力。

The measurement of working stress is to measure the actual stress in a working structure component .

基于工作应力准则的深水钢悬链立管最小壁厚计算分析

Minimum wall thickness calculation and analysis of Deepwater Steel Catenary Riser Based on the principles of working stress

试验证明利用现有工程常用设备进行预应力锚索工作应力检测是可行的。

Tests show that taking the commonly used equipment into service load detection in the engineering application is feasible .

试验还证明，工作应力对粗晶区回火脆性的影响不大。

The tests prove that the working stress has little effect on the temper embrittlement of the coarse grained region .

双堤坝模型从曲轴强度和工作应力之间的关系显示了曲轴的工作状况。

The dual-dam model shows the operation state of crankshaft by virtue of the correlation between its strength and working stress .

该电路具有结构简单，实现软开关效果好，开关管和整流二极管的工作应力小，效率高，工作可靠等优点。

The converter is characterized by simple structure , ZVS , low switch voltage stress , high efficiency and high reliability .