1) soil layer equivalent cutting wave speed
土层等效剪切波速
1.
It expatiates the physical significance of double parameters in dividing building place classification,commentates present problems in dividing building place classification,indicates that soil layer equivalent cutting wave speed can not be used to divide the style of place soil,also can not use soil layer equivalent cutting wave speed value to average place.
阐述了建筑场地类别划分中双参数的物理意义,对建筑场地类别划分存在的问题进行了评述,指出土层等效剪切波速不能用来划分场地土的类型,也不宜将土层等效剪切波速值进行场地平均。
2) equivalent shear wave velocity
等效剪切波速
1.
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
3) soil shear wave velocity
土剪切波速
1.
Application of saturated soil shear wave velocity in quantitative analysis of pile defects
饱和土剪切波速在基桩缺陷定量分析中的应用研究
4) floor equivalent shear model
层等效剪切型
1.
The experiments,calculations and anal-ysis made by the experts and researchers of Tongji University?Hunan University and Harbin Uni-versity of Civil Engineering and Architecture indicated that some problems must be solved through research es and seismic analysis software of masonry structures must be developed,and therefore,floor equivalent shear models are used to set.
经过分析论证,提出了利用已有实验资料,用层等效剪切型模型来解决的方案,并编制了相应的计算软件,作为算例,对18层配筋砌体住宅进行了弹塑性时程分析,给出了可供参考的一些初步结论。
5) shear wave velocity of soil specimen
土样剪切波速
1.
Torsion shear wave transducer is a newly developed device to test the shear wave velocity of soil specimen which has not been reported before.
扭剪波传感器是一种刚刚兴起的土样剪切波速测试装置。
6) shear wave velocity of soil
土的剪切波速
1.
In order to study the correlation between shear wave velocity of soils and their triaxial shear test mechanics index,a new transducer is developed on the basis of torsion vibration principle.
为了研究土的剪切波速与其三轴剪切试验力学指标之间的关系,依据扭剪振动原理,开发出一种测试三轴压力室内土样剪切波速的传感器。
补充资料：波速
波传播的速度。①单色波的波速v与波长λ、波源振动频率f之间的关系为：v=λf。机械波的波速由介质的弹性模量和密度所决定。在室温下，声波在空气中的传播速度约为340米/秒；电磁波在真空中传播的速度等于光速，约为3×108米/秒。②海浪波速(c)的大小取决于波长(λ)或海区水深(h)。当海区水深很大时，波速仅与波长有关，而与水深无关，即为c2=gλ2π；当海区水深很小时，波速仅与水深有关，而与波长无关，即为c2=gh。
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