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- Experimental study of sloshing characteristics in a rectangular tank . . .
Sloshing is a very complex fluid motion with high nonlinearity, which comes from the movement of the free surface, the change of wet boundary, and fluid–structure coupling When the excitation frequency is close to the fluid natural frequency, the sloshing will be violent, resulting in large impact pressure on the tank wall, possibly leading to structural damage Various theoretical
- Sloshing dynamics of shallow water tanks: Modal characteristics of . . .
Sloshing is a problem of both fundamental and practical interest to a wide spectrum of disciplines Sloshing phenomenon can occur in several liquid-contained dynamical systems such as liquid-fuel tanks in space vehicles, liquefied natural gas (LNG) containers, liquid transporting vehicles, liquid metal in nuclear reactor vessel, anti-roll tanks etc In particular they are used in the
- Liquid Sloshing - an overview | ScienceDirect Topics
Liquid sloshing is defined as a free surface flow of liquid within a container that experiences forced motion, characterized by highly nonlinear and transient motions, often involving phenomena such as hydraulic jumps and wave breaking AI generated definition based on: Computational Techniques for Multiphase Flows (Second Edition), 2019
- Experimental observation on violent sloshing flows inside rectangular . . .
The sloshing flows and flexible motions of two different baffles with hyper-elastic properties were observed and the results were compared with those of a non-flexible baffle Experiments were conducted for different filling conditions, motion amplitudes, and excitation frequencies, with a particular focus on violent flow cases The local flows around the baffles were captured using a high
- Influence of solid particles in liquid tank on sloshing behaviour based . . .
The sloshing of a tank mixed with discrete solid particles and liquid is different from the sloshing of a single-phase liquid and the flow in a closed pipe The shape, distribution and volume ratio of the solid particles will obviously affect the sloshing characteristics of the tank
- Transition from planar to 3D motion in a model of nonlinear liquid sloshing
A transition from two-dimensional to three-dimensional liquid sloshing in a symmetric vessel under external periodic forcing is considered The three-…
- Experimental study of vertical baffle height on sloshing reduction . . .
This work systematically studies the sloshing suppression effects of baffle height in a 2D rectangular liquid tank Hundreds of experimental cases for…
- Numerical study of liquid sloshing using smoothed particle . . .
Liquid sloshing, referring to the motion of free liquid surface in partially filled containers [1], is commonly encountered in a number of engineering scenarios, such as shipbuilding, aerospace, and liquid transportation As a complex problem of fluid-structure interaction [2], liquid sloshing usually involves the coupling between moving or deformable container and internal liquid, leading to
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