Dr Fauve's model of the Earth's core was a cylindrical tank some 50cm long filled with liquid sodium.
Fauve博士的地心模型是一个50厘米长的圆柱形容器，里面装有液态钠。
The fluid-structure interaction problem of cylindrical tank is solved mainly with added mass method.
而对于其中的储液罐与液体的流固耦合问题，主要采用附加质量法进行解耦分析研究。
The dynamic equations for the coupling system of cylindrical tank partially filled with liquid are established under horizontal excitation in micro-gravity environment.
以一种新的方法建立了在微重力环境、横向激励下圆柱贮箱液固耦合系统的动力学方程。
Considering the deformation of short cylindrical tank under the horizontal earthquake action, the shear effect is the main factor, therefore, it might be anal zed by shear beam deformation theory.
考虑到在水平地震作用下短圆柱形容器的变形，剪切效应起主导作用，因而可用剪切梁变形理论来近似地代替。
Considering the deformation of short cylindrical tank under the horizontal earthquake action, the shear effect is the main factor, therefore, it might be anal zed by shear beam deformation theory.
考虑到在水平地震作用下短圆柱形容器的变形，剪切效应起主导作用，因而可用剪切梁变形理论来近似地代替。
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