等效剪切刚度比,the ratio of equivalent shear rigidity
1)the ratio of equivalent shear rigidity等效剪切刚度比
2)equivalent shear stiffness等效剪切刚度
1.Damage identification approach of frame structure based onequivalent shear stiffness等效剪切刚度的框架结构损伤识别方法
英文短句/例句
1.Damage identification approach of frame structure based on equivalent shear stiffness等效剪切刚度的框架结构损伤识别方法
2.uniform strain shearing strengh tester等应变剪切强度测试仪
3.Research on spatial simulation method of soil equivalent shear wave velocity土层等效剪切波速空间模拟方法研究
4.New Method for Inter-story Stiffness Identification of Shearing Structures Under Ambient Excitation环境激励下剪切型结构层间刚度识别的新方法
5.Shear Stiffness Prediction of Stitched Composite Sandwich Structure with Foam Core缝合复合材料泡沫夹芯结构剪切刚度预报
6.Stability Analysis of Shear-band and Surrounding-rock System Considering Stiffness Deterioration考虑刚度劣化的剪切带-围岩系统稳定性分析
7.The shear strenth is equal to the cohesion of substance.剪切强度等于物质的内聚力。
8.The thin wall beam considering shear dint hysteresis effecting geometry matrix deduce薄壁箱梁考虑剪力滞效应几何刚度矩阵的推导
9.A STUDY ON SHEAR MODULUS OF CONCRETE FILLED STEEL TUBE BASED ON FINITE ELEMENT ANALYSIS基于有限元法的钢管混凝土等效剪切模量研究
10.STUDY ON SHEAR CREEP AND ROUGHNESS EFFECT ON HARD DISCONTINUITIES OF MARBLE大理岩硬性结构面剪切蠕变及粗糙度效应研究
11.Theoretical Analysis of the Adiabatic Shear Band Width and Strain Rate Effect of Ti-6Al-4VTi-6Al-4V绝热剪切带的厚度及应变率效应研究
12.Influence of the Anisotropy on Surface Roughness, Shear Angle and Cutting Force in Diamond Tuning of Optical Crystal Materials;光学晶体材料的各向异性对金刚石车削表面粗糙度、剪切角及切削力的影响
13.The Equivalent Width of Shear Wall in Bending at Non-planar;钢筋混凝土剪力墙平面外受弯等效宽度计算
14.testing methods for shear strength of plastics by punch tool塑料剪切强度试验方法
15.Euroflock shearing tester欧罗剪切牢度试验仪
16.surface shear viscometry表面剪切粘度测定法
17.Analysis and Treatment on the Problem of Parallelism in Plate Cutting with Disc Shears圆盘剪剪切平行度问题的分析与对策
18.The Study for the Shear Test Method of the Elastomeric Bearings for Bridge and Stiffness of Testing System;桥梁板式橡胶支座剪切模量检测方法研究及抗压弹性模量测试系统刚度分析
相关短句/例句
equivalent shear stiffness等效剪切刚度
1.Damage identification approach of frame structure based onequivalent shear stiffness等效剪切刚度的框架结构损伤识别方法
3)ratio of shear rigidity剪切刚度比
1.The design of prestressed thick slab of transfer story for Qianhongyuan building is introduced in this paper, which includes the configuration selection of structure, 3-D structural integral analysis, design of prestressed thick slab, theratio of shear rigidity up and down the thick slab of transfer story, construction detail.简要介绍上海乾苑大厦预应力厚板转换层结构设计,其内容包括结构选型、三维空间结构整体分析、预应力厚板设计、厚板转换层上下剪切刚度比控制、构造措施等。
4)shear wall equivalent stiffness剪力墙等效刚度
1.The calculation of theshear wall equivalent stiffness on ANSYS;基于ANSYS的剪力墙等效刚度计算
5)shearing rigidity剪切刚度
1.In this study, we analyzed the mechanical interaction of warp and weft yarns in shearing deformation, and established theoretical equations expressing the relationship between theshearing rigidity and fabric structures.通过分析剪切变形过程中纱线间的力学作用,研究织物结构与剪切刚度的关系。
6)shear stiffness剪切刚度
1.The shear deformation of the shear wall increases as theshear stiffness of the frame increa.根据实例分析可得抗震墙剪切变形对整体结构变形影响很小,因此一般情况下在计算框架-抗震墙结构时忽略剪切变形是合理的;同时发现框架剪切刚度越大,抗震墙剪切变形对框架-抗震墙结构整体变形的影响就越大,反之则越小。
2.By applying the theory of elastic cylindrical shell and simplified circular function,the overall stiffness of segment tunnel is separated as circumferential and radialshear stiffness and their effects on the deformation and internal forces are analyzed.基于弹性板理论,考虑板壳剪切变形的影响,将隧道作为弹性地基上的柱壳,采用弹性柱壳理论及简化三角函数表达的地基位移函数,经理论推导,提出将盾构管片隧道刚度离散为显式的环向剪切刚度及径向剪切刚度,并从理论上计算分析和探讨板壳弯曲刚度和剪切刚度对隧道横断面结构内力的影响,得出提高隧道切向剪切刚度能够改善纵向结构传力性能,减少横向弯曲变形等重要结论;提出在软弱地层中,隧道横向采用一定刚度的柔性设计,而隧道纵向则采用一定柔度的刚性设计的设计思想,这对于优化现行隧道纵、环向刚度设计具有指导意义,是隧道纵向剪切传递理论的一个重要补充。
3.The test results indicated that the values of theshear stiffness depend on the asperities and strengthes of structural face, as well as the values of normal stress acting on it, and the magnitudes of the normal stifness depend primarily on the opening state of the structural fa.结合三峡永久船闸高边坡工程，在试验室条件下，对三峡岩体结构面的剪切刚度和法向刚度特性进行了专门试验研究。
延伸阅读
比刚度分子式：CAS号：性质：又称比刚度。材料的机械强度(通常指拉伸强度)与其相对密度之比值。单位为兆帕。用于比较不同材料在相同质量下的强度。塑料和增强塑料的比强度可以达到或远远超过金属材料，如钢材和硬铝制品。复合材料具有优异的比强度。
