剪切屈服,shear yielding
1)shear yielding剪切屈服
英文短句/例句
1.Analysis for Deformation and Shear Zones of Reinforced Embankment;加筋路堤变形特性和剪切屈服区分析
2.(4)the static yield shear angle may be a fixed value as 20.6 degree.静态剪切屈服角基本上是一个20.6度的定值。
3.Research on the Prediction for Shear Yield Stress of Electrorheological Fluids;电流变液剪切屈服应力预测的理论研究
4.Research on Distributing Regularity of Shear Yielding Area in Asphalt Pavement under Heavy Axle Load重载交通沥青路面剪切屈服区分布规律研究
5.maximum shear stress yield criterion最大剪切应力屈服条件
6."Maximum shear Strength 63Kg/mm2(90,000psi) maximum (based on 75% yield) "剪切强度最大63Kg/mm2(90000psi)(为屈服强度的75%)
7.EXPERIMENTAL INVESTIGATION ON OVERALL SHEAR BUCKLING OF SKIN DIAPHRAGMS蒙皮板的整体剪切屈曲性能试验研究
8.Buckling behavior analysis of composite stiffened plates复合材料加筋板剪切屈曲有限元分析
9.ELASTIC SHEAR BUCKLING OF WEB PLATES IN TAPERED I-GIRDERS楔形工字梁腹板的弹性剪切屈曲分析
10.Post Buckling Behavior of Stiffened Composite Plates under Shear Loading;复合材料加筋板在剪切载荷下的屈曲与后屈曲研究
11.Research of Shear Buckling of the Prestressed Continuous Concrete Box-Girder with Corrugated Steel Webs波形钢腹板PC组合箱梁剪切屈曲性能研究
12.Buckling of compressed bar subjected to combined effect of axial loads considering shear deformation考虑剪切变形时轴向载荷联合作用下压杆屈曲
13.BUCKLING PERFORMANCE ANALYSIS OF STIFFENED COMPOSITE PLATE UNDER SHEAR LOADING复合材料加筋板在剪切载荷下的屈曲特性研究
14.One that cuts, especially in tailoring.切割者切割的人，尤指服装裁剪师
15.Love conquers all; and we must yield to love.爱情征服一切，我们必须屈从爱情。
16.someone whose work is cutting (as e.g. cutting cloth for garments).从事裁剪或切割工作的人（比如剪裁布料做衣服。
17.Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.氧沉淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。
18.Analysis and Experimental Research at Shear Layer Oscillation of Jet Servo Pipe;射流管伺服阀剪切层振荡的分析及实验研究
相关短句/例句
shear yield point剪切屈服点
3)shear yield surface剪切屈服面
1.In the double yield surface model proposed by Lade, the projection ofshear yield surface and that of volume collapse yield surface are significantly different on π plane.Lade双屈服面模型存在一些缺陷,表现在其剪切屈服面和体积屈服面在π平面上的投影形状不同,不能实现密闭连接,这违背了屈服面在应力空间中是外凸封闭的曲面这一基本原理。
4)high shear yield intensity高剪切屈服强度
5)crazing-shear yielding银纹-剪切屈服
6)shear yield stress剪切屈服应力
1.The relationship between tensile yield stress andshear yield stress verified the credibility of the calculation model employing a yield angle shaped between particles.拉伸屈服应力为剪切屈服应力的拉伸屈服应力和剪切屈服应力的3～4倍,据此计算得到剪切屈服应变角度在15°～18。
2.Theshear yield stress of the suspensions increased with the increase of the applied field strength.结果表明 :随着外加电场强度升高 ,电流变液的零电场粘度急剧增加 ,电流变液的剪切屈服应力增加 ;随着电流变液中沸石颗粒体积分数升高 ,电流变液的剪切屈服强度急剧上升 。
3.The results showed that the compression resistance of the ERF was much stronger than itsshear yield stress f.利用此装置对自制的基于沸石和硅油的电流变液在不同外加电场强度下的抗压强度进行了研究,并与圆盘剪切条件下该电流变液的动态剪切屈服应力进行了比较。
延伸阅读
剪切屈服分子式：CAS号：性质：高聚物在剪切作用下产生的屈服。在屈服点以前，形变是可逆的，而屈服点以后由于塑性流动发生，形变成为不可逆。
