1)allowable stress许用应力
1.Discussion on the Increased Range of Allowable Stress in the Design Code for Industrial Metallic Piping;对工业金属管道设计规范中许用应力提高幅度的探讨
2.The article theoretically calculated and analysed the assembly Stress of the pontes to proofread the allowable stress of the plate and rivets.本文以铆钉为例,从连接部分所受到的装配应力角度进行理论计算分析,校核板件与铆钉的许用应力,分析结构的稳定性,并预测连接部分的破坏部位。
3.This paper describes the selection of allowable stress about Aluminum material 1050A and 5083 which used in stress analysis intensity calculation of Aluminum railway tank.本文主要描述了铝材1050A和5083在铝制铁道罐车应力分析强度计算中许用应力的确定方法。
英文短句/例句
1.INFLUENCE OF LOWERING ALLOWABLE STRESS FOR T122 STEEL UPON SAFETY OF BOILERST122钢许用应力下降对锅炉安全的影响
2.Influence of Lowered High-temperature Allowable Stress on Application of Steel CASE 2180高温许用应力下调对CASE 2180钢使用的影响
3.Determining the admissible stress of high temperature vessels, high temperature lasting and creep strength must be considered.高温容器许用应力的确定，须考虑高温持久强度或蠕变强度许用应力。
4.Allowable Stress Design of High Temperature Component Based on Confidence Level of 2.25Cr-1Mo Steel基于可靠度的2.25Cr-1Mo钢高温构件许用应力设计
5.This paper presents the key points to the design of these two types of masts and provides the permissible stress and deflection range that should be satisfied in design calculation of a specific application.文中论述其设计要点，为适应工作条件，在设计计算中应满足相应的许用应力和挠度允许范围等。
6.Discussion of Values Selection of Permissible Stresses of Materials for Heavy Duty Freight Cars关于长大货物车用材料许用应力取值问题的探讨
7.Permissible Stress Method for Fatigue Strength of Ship Hull Structure Based on EDW基于等效设计波的船体结构疲劳强度许用应力法(英文)
8.According to service condition and theory of correlation, this paper analyzes the influence of temperature on the vessels design in choosing of the vessels material, determining of admissible stress and design methods.通过对实际使用情况和相关理论的分析，着重从温度对容器材料的选用、许用应力选取。
9.design temperature设计温度下的许用拉应力
10.allowable bearing stress for concrete foundation混凝土基础的许用承压应力
11.Calculating the Permissible Value of the Check Coefficient for Prestressed Concrete Crack Resistance Based on Degree of Prestress;用“预应力度法”计算构件抗裂检验系数容许值
12.Investigation into Permissible Tensional Prestress of Prestressed Carbon Fiber-Reinforced Polymer预应力CFRP容许张拉预应力值的研究
13.allowable pressure angle of cam mechanism凸轮机构的许用压力角
14.Many agents cause weathering.许多作用力引起风化。
15.Comparative analysis of special operation right auctionand regulation in application of electricity regulations;特许经营权竞标与管制在电力规制应用中的对比分析
16.Discussion on Application of Internal Force of Reinforcement Structure in Determination of Allowable Displacement of Tunnels支护结构内力测试在确定隧道容许位移量上的应用探讨
17.Allowable rolling pressure for small-flexibility slab edging热轧立轧小柔度板坯允许轧制压力的研究和应用
18.The application of the KBJ-60Ⅲ-1 digital pressure gauge in fully mechanized coal mining face of xutuan coal mineKBJ-60Ⅲ-1型数字压力计在许疃矿综采工作面矿压监测中的应用
相关短句/例句
permissible stress许用应力
1.At present,there is no special standard for selection of permissible stresses for heavy duty freight cars in our country.目前国内尚无长大货物车许用应力选取的专门标准 ,文章根据国外货车的强度标准、技术条件和国内大车的运用状况 ,提出了许用应力和安全系数选取的建议 ,有助于大车的轻量化及安全运
2.In this paper,design method of permissible stress of combined spring is proposed according to the structural features of combined spring and the inversely proportional relation between diameter and permissible stress of bar.针对套组压缩弹簧的结构特点和弹簧材料直径与弹簧材料许用应力成反比的关系，提出套组压缩弹簧许用应力设计法，实现了套组压缩弹簧系统的满应力设计，保证了每个弹簧具有相同使用寿命的要求。
3)admissible stress许用应力
1.This paper analyzes the admissible stresses used to calculate the diamter of axles accord-ing to torsional stress and resultant stress,and some suggestions are given.对按扭矩估算轴径和按弯扭合成力矩计算转轴轴径公式中的许用应力进行了分析，给出了修正意见。
4)allowable shearing stress许用剪应力
1.The allowable shearing stress of the shearing stress is higher than the allowable shearing stress of the torsion and of the bending strain,when the plastic materials are identical.指明了对于同一种塑性材料,剪切变形的许用剪应力相对于扭转变形及弯曲变形的许用剪应力是偏高的,认为这种现象与材料内部存在缺陷有关。
5)allowable stress method许用应力法
6)allowable shear strss许用切应力
延伸阅读
许用应力 机械设计中允许零件或构件承受的最大应力值。要判定零件或构件受载后的工作应力过高或过低，需要预先确定一个衡量的标准，这个标准就是许用应力。凡是零件或构件中的工作应力不超过许用应力时，这个零件或构件在运转中是安全的，否则就是不安全的。许用应力是机械设计中的基本数据。在实际应用中，许用应力值一般由国家工程主管部门根据安全和经济的原则，按材料的强度、载荷、环境情况、加工质量、计算精确度和零件或构件的重要性等加以规定。许用应力等于考虑各种影响因素后经适当修正的材料的失效应力（静强度设计中用屈服极限或强度极限，疲劳强度设计中用疲劳极限）除以安全系数。塑性材料（大多数结构钢和铝合金）以屈服极限为基准,除以安全系数后得许用应力;脆性材料（铸铁和高强钢）以强度极限为基准，除以安全系数后得许用应力。塑性材料和脆性材料并没有严格的绝对界限，所以有时很难预先确定用屈服极限还是用强度极限为基准来确定许用应力。例如低碳钢的屈服极限与强度极限的比值（称为屈强比）小于1,所以以屈服极限为基准的许用应力总是小于以强度极限为基准的许用应力。随着高强钢的采用，材料的屈强比不断提高，就可能出现相反的情况。考虑到确定许用应力有这两种可能性，在室温静载荷下工作的零件或构件的设计中，应同时求得两种情况下的许用应力，加以比较，取其较小值。在疲劳强度设计中，一般应用安全系数表示的强度判据进行疲劳强度的验算。
