剪切刚度

剪切刚度是245N／mm；扭转刚度是6.5Nm／degree；

The shear stiffness 242.5N / mm , the torsional stiffness 6.5Nm/deg .

分析表明，高的岩石单轴抗压强度、较大的锚固面积比有助于提高锚固节理的剪切刚度。

The analysis also shows that joint anchored by inclined bolt has greater shear stiffness than that anchored by bolt perpendicular to joint .

当板的剪切刚度C→∞时，本文结果与结果相一致。

When the shear rigidity C →∞, the result in this paper is coincided with the result of [ 5 ] .

并将数值模拟结果与经验公式结合，计算出屋盖空间作用分配系数m和屋盖的综合剪切刚度GA。

And simulation results combined with the empirical formula to calculate the role of roof space allocation .

所以把试验数据中荷载和挠度代入本文计算公式，采用MATLAB语言计算机程序，反算剪切刚度，并通过数值计算方法拟合曲线求出最优解。

So the test data into the load and deflection formula for calculating this article , a computer program using MATLAB language , anti-shear rigidity balance and , through the numerical method to derive the optimal solution curve .

另外，粘结滑移曲线剪切刚度随砂浆强度或GFRP筋直径的增大而增大，随锚固长度的增大而减小。

In addition , the shear rigidity increases with the increase in diameter of GFRP bar or the cement mortar strength , while it decreases with the bond length .

通过标准温湿度下KES测试法，测得织物的剪切刚度G、剪切滞后量2HG和2HG5。

Shearing stiffness G and shearing hysteresis 2HG / 2HG5 of the fabrics were measured by KES in the standard temperature and humidity .

文内选用英国DUNLOP橡胶公司橡胶元件产品目录中一个开孔多层橡胶弹簧为算例，剪切刚度计算曲线与产品目录附图的曲线吻合甚好。

A numerical example is given in which the computational result of the shear stiffness in two directions are very close to those in the catalogue of rubber parts of DUNLOP Ltd.

十字叠层板横向剪切刚度的计算方法

Calculation method for determining transverse shear stiffness coefficient of cross-ply laminate

等效剪切刚度的框架结构损伤识别方法

Damage identification approach of frame structure based on equivalent shear stiffness

基础隔震结构水平剪切刚度的敏感性分析

Sensitivity analysis of stiffness of horizontal shear about structures with base isolation

梭织物剪切刚度与交织结构的关系

Relationship between the Shearing Rigidity of Woven Fabrics and Fabrics ' Structure Parameters

剪切刚度层模型恢复力特性骨架线的简化计算法

A simplified method for calculating restoring-force characteristic skeleton curve of story shear stiffness model

螺栓配合间隙对剪切刚度的影响

Influence of Bolt Fit Clearance on Shearing Stiffness

提出了框架结构等效剪切刚度的近似计算公式，并与等效剪切刚度的理论值加以对比。

A method is advanced to approximately determine the effective shear stiffness of frame structures .

栓孔配合间隙对剪切刚度和疲劳寿命的影响

Influence of the Fit Clearance Between Bolt and Hole on Shearing Stiffness and Fatigue Life

同时考虑框架的剪切刚度和柱的轴向刚度。

Both the shear rigidity of frame and the axial stiffness of columns are taken into account .

栓钉剪切刚度与滑移呈双曲函数关系，影响其剪切滑移刚度的因素是栓钉直径和混凝土强度。

The diameter of stud and strength of concrete are main factors to affect the shear stiffness .

夹层板由两块高强度表层板和较软的中间夹心层组成，表层剪切刚度大，夹层剪切刚度小。

The sandwich plates are composed of two very stiff surface sheets and a comparatively flexible core material .

阻尼、墩高、支座的剪切刚度对桥梁的动力行为有着重要的影响。

Shearing stiffness of damp , pier height and bearing is usually of significant influences upon bridge dynamic behavior .

墩高及支座剪切刚度对连续梁减震性能影响的试验研究

Experimental study on the effect of pier high and bearing shear stiffness on the seismic-induced behavior of continuous beam

初步研究了织物伸出长度、弯曲刚度、剪切刚度对静态悬垂系数的影响。

Furthermore , the relation of fabric drapability and stretching-length , flexual modulus and shearing modulus is also discussed .

给出了复合材料夹层梁弯曲刚度和剪切刚度的表达式。

In this paper , expressions on bending stiffness and shear one of sandwich beam of composite materials are given .

本文研究了十字叠层板横向剪切刚度系数的计算方法。

This paper presents two calculation methods for determining transverse shear stiffness coefficients : weight function method and strain energy me-thod .

通过算例，对叠层橡胶支座水平剪切刚度对基底隔震结构隔震效果的影响进行了定性的分析。

In this paper , the author analyzed how the change of stiffness of horizontal shear influenced isolating affection of base isolation buildings .

合理地确定钢管混凝土的抗弯刚度和剪切刚度是进行其变形计算的重要前提，目前国内外很少有系坑的研究和报道。

The rational determination of the flexural stiffness and the shearing stiffness of concrete filled steel tube is very important in the deformation calculations .

回归出了用剪应变表示的等价线性化模型的等价剪切刚度和等价阻尼比实用计算公式。

According to regress , the paper got equivalent shearing stiffness and equivalent damping gene 's calculating formula of the HDR 's equivalent linear model .

本文通过疲劳寿命计算和试验，研究了结构连接部位的紧固件剪切刚度不同，对疲劳寿命的影响。

A fatigue life calculation and test was performed to investigate the influence of use of different-stiffness fasteners on structure fatigue life in repair area .

研究表明，重力对结构的弯曲刚度有较大影响，但不影响结构的剪切刚度。

It is observed that gravity lias a significant effect on the bending stiffness of the structure tested and no effect on the shearing stiffness .

考虑到最终简化公式的缺陷，提出了缝宽剪切刚度减小系数，弥补了简化公式的不足。

Considering the flaw to the finally reduction formula , by the theoretical analysis , a coefficient reflecting the influence of the slit width is gained .