1) stress classification
应力分类
1.
Comparison Between the Stress Classification and the Reinforcement Design Methods at the Opening Nozzles of a Pressure Vessel;
压力容器开孔接管处的应力分类及补强设计方法的比较
2.
The state of complicated stress was analyzed and suggestions for assessing the stress classification of the finite element analysis result of the large openings were put forward.
针对内压容器壳体在开孔部位尤其大开孔接管部位有很大的应力集中现象,从应力分类的基本原理出发,分析了开孔边缘的复杂应力状态,并对大开孔有限元应力分析结果的应力分类评定提出建议。
3.
The elastic "Design by Analysis" methods focus on stress classification approaches,such as the Stress Equivalent Linearization,the Two-Step Approach,the Primary Structure method,the Elastic Compensation method,and the GLOSS R-Node method.
基于弹塑性理论的分析设计方法回避了弹性方法中应力分类法的实现难点等局限性,并已被编入欧盟的设计标准和美国的A SM E规范。
2) stress classification method
应力分类法
1.
In this paper, the stress classification method and plasticity analysis method used in analytical design of pressure vessel were stated.
对压力容器分析设计的应力分类法与塑性分析法做了概述,并对它们各自存在的问题进行了扼要的介绍。
2.
The intensity evaluation was completed by the stress classification method.
应用ANSYS软件分别建立了某裂解老区第二急冷锅炉的轴对称温度分析模型和空间非线性结构分析模型,对其进行温度分析和应力分析,并采用应力分类法完成强度评定。
3.
Recent advances of the stress classification method are introduced in this paper.
以ASMEⅧ-2 2007版为主线介绍应力分类法的最新进展,并结合我国JB 4732标准和欧盟标准EN 13445 2002来进行讨论和评述。
3) stress categories and stress evaluation
应力分类与应力评定
4) assessment of stress categorization
应力分类评定
1.
The finite element strength analysis is conducted according to Chinese standard of JB 4732-95 steel pressure vessel—standard of design by analysis,and the assessment of stress categorization and the check of fatigue life for head chamber of machine are also carried out.
按照应力分类的原则,进行了应力分类评定和疲劳寿命校核。
5) stress elassification method
应力分类方法
6) partially prestressed B type member
部分预应力B类构件
1.
On the basis of analyzing a lot of calculating examples,the simplified formulas of calculating the height of compressive region of partially prestressed B type members are got by regression analysis.
通过大量的算例分析,用回归分析的方法得出B类构件受压区高度计算的简化公式,可以使部分预应力B类构件开裂截面的应力计算工作量有所减少,特别是在变形计算中开裂后截面惯矩的计算工作量有所减少。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条