微重环境下液体晃动研究进展

doi:10.6052/1000-0879-15-185

Abstract

Abstract:

Sloshing of liquid propellant in microgravity and its influence on the attitude control system have been studied for several decades. Accurate modeling is necessary, especially, for modern spacecrafts carrying large amounts of liquid propellant. Research progress on this issue is reviewed, including a summary of analytical methods for both linear and nonlinear sloshing, an introduction of numerical techniques such as modal analysis and CFD (computational fluid dynamics) methods, and also a description of experimental approaches and advances. Finally, some critical problems concerning liquid sloshing in microgravity are proposed and discussed.

Key words:

microgravity|liquid sloshing|surface tension

CLC Number:

V412.4

MIAO Nan, WANG Tianshu, LI Junfeng. RESEARCH PROGRESS OF LIQUID SLOSHING IN MICROGRAVITY[J].Mechanics in Engineering, 2016, 38(3): 229-236.

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RESEARCH PROGRESS OF LIQUID SLOSHING IN MICROGRAVITY

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