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Numerical Study on the Strength Safety of a Fuse Cock Valve
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 Title & Authors
Numerical Study on the Strength Safety of a Fuse Cock Valve
Kim, Chung Kyun;
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In this paper, the strength safety of a fuse cock main body has been analyzed by the finite element method. The stress and displacement behaviour characteristics have been investigated for thickness variations at the region of (T) between a ball valve and a fuse cock safety connector. The FEM analyzed results recommend that the optimized thickness at the region of (T) is from 1.55mm to 1.6mm for the supplied gas pressure of 1.5~3.5MPa. This is considered for the optimized strength safety and light weight of a fuse cock main body.
fuse cock;valve;strength safety;stress;displacement;FEM;
 Cited by
P.J. Kim, J.S. Park, H.G. Lim, and S.H. Jeong, "Safety Evaluation of a Fuse Cock and Low Pressure Valve with Leak Detecting Function", Proceeding of the Korea Energy Engineering Society, (2007)

"NX NASTRAN 7.5", (2011)

KS D 5101, "Copper and Copper Alloy".

KGS S AA001, "Facilities, Technology, and Inspection of Fuse Cock Manufacturing for Gas Leak Detection", (2014)