A Review of Fluid Sloshing in Cylindrical and Rectangular containers under varied motions

Mihir Raj Rathore, Tarun Sharma, P. Singh, A. Sriram
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Abstract

This paper illustrates detailed study of various methods and solutions that effects of liquid sloshing. The study includes the prismatic and cylindrical containers while in motion and in stationary. This gives us a picture about how sloshing can affect depending upon various parameters like velocity and acceleration of container, velocity of fluid inside moving container, viscosity of fluid, length of container and specific density of the fluid. The sloshing can be measured by using different approaches depending on the shape and motion of the container.
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不同运动条件下圆柱和矩形容器内流体晃动的研究进展
本文详细研究了影响液体晃动的各种方法和解决方法。该研究包括运动和静止时的棱柱形和圆柱形容器。这给了我们一个关于晃动如何影响的图像,这取决于各种参数,如容器的速度和加速度,移动容器内流体的速度,流体的粘度,容器的长度和流体的比密度。晃动可以根据容器的形状和运动使用不同的方法来测量。
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