1) dynamic compliance coefficient
动力柔度系数
1.
Consequently ,the dynamic compliance coefficient C v for the single-layered ground is e.
首先从饱和土的动力控制方程出发 ,考虑混合边值条件 ,获得了一组描述基础振动的对偶积分方程 ,进而给出了单层饱和地基表面的动力柔度系数 。
2.
Consequently, the dynamic compliance coefficient Cv ver.
首先,采用Fourier积分变换解析求解了Biot方程,得到了该动力控制方程在Fourier变换域上的一组通解,然后由混合边值条件建立了地基上基础竖向振动的对偶积分方程,并应用Jacobi正交多项式将其转化为一组线性代数方程组,通过求解得到了不同无量纲频率下基础振动的动力柔度系数Cv,编制了相应的计算程序。
3.
Consequently, the dynamic compliance coefficient C_M versus the dimensionless frequency is derived, and the program is compiled.
基于Biot动力控制方程,作者首先采用Fourier积分变换解析求解了Biot方程,得到了该动力控制方程在Fourier变换域上的一组通解,然后由混合边值条件建立了地基上基础摇摆振动的对偶积分方程,并应用Jacobi正交多项式将其转化为一组线性代数方程组,通过求解得到了不同无量纲频率下基础振动的动力柔度系数C_M,着重分析了动力渗透系数、泊松比对摇摆振动动力柔度系数的影响,并将其退化到单相弹性半空间,与经典弹性半空间解进行了比较。
2) dynamic flexibility coefficient
动力柔度系数
1.
Simplified analyses of dynamic flexibility coefficients for viscoelastic non-homogeneous foundations;
非均质粘弹性地基动力柔度系数简化分析
2.
For the mixed boundary condition, the dual integral equations of vertical vibration are established and solved, and the surface dynamic flexibility coefficients and nondimensional vibration range of the.
基于Biot两相介质理论和准饱和土理论,研究了饱和度对地基上刚性基础的竖向振动的影响,运用Hankel变换求解动力控制方程,结合混合边值条件建立了对偶积分方程进行求解,同时给出了地基表面动力柔度系数和无量纲基础振幅。
3.
A semi-analytical procedure for determining dynamic flexibility coefficients of strip footing founded on visco-elastic non-homogenous foundations is developed.
应用样条半解析法求解粘弹性非均质平面地基上条形基础的动力柔度系数。
3) axial flexibility coefficient
轴力柔度系数
4) dynamic flexibility
动力柔度
1.
A simplified recurrence method in frequency subdomain for calculating the dynamic flexibility of complex soil foundation;
计算复杂地基动力柔度系数的分段递推方法
5) flexibility factor
柔度系数
1.
Calculation of flexibility factor of grouped piles foundations using interaction theory;
群桩基础共同作用的柔度系数计算
2.
The analytical formulas,for the flexibility factor of single pile and the piles interaction,are derived by the transfer matrix.
通过变换矩阵递推求得层状地基中单桩的柔度系数和桩与桩相互作用的柔度系数解析公式。
6) flexibility coefficient
柔度系数
1.
This paper puts forward flexibility coefficient to evaluate the ameliorative effect of polymer cement concrete because many coefficient such as increasing percent of intensity of tension and the ratio of intensity of compression and tension can t appraise it well.
笔者通过论述抗折强度提高的百分比及压折比等参数不能很好的评价聚合物改性水泥砼的改性效果,提出用柔度系数的概念来评价聚合物改性水泥砼的改性效果,并且测试计算了羧基丁苯改性水泥砼的柔度系数,最后从柔度系数与断裂性能的相关性说明柔度系数能定性地评价聚合物改性水泥砼的断裂性能。
2.
In addition,the influence of flexibility coefficient and rail track parameters on the strength of rail joint is presented.
此外,根据算例还给出了柔度系数及轨道参数对钢轨接头强度的影响。
3.
Experiments show that the flexibility coefficient which represents the characterization of discontinuity interfaces has an influence on elastic wave propagations.
实验表明,表征不连续界面性质的柔度系数对弹性波传播的影响较大。
补充资料:活度系数
分子式:
分子量:
CAS号:
性质:见活度。
分子量:
CAS号:
性质:见活度。
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