VALIDATION OF COMPOSITE DRAWER USING FEA AT
Fiber reinforced composites due to their high stiffness to weight ratio and strength to weight ratio are being considered for liquid nitrogen cylinders. Tests have been shown that graphite/epoxy composites have tendency to micro crack at very low temperatures. In the case of cylinders these micro cracks can act as passages for the cryogenic liquid to penetrate which could ultimately lead to failure of the whole structure, hence it is very important to understand the fracture behavior of fiber composites at cryogenic temperatures before they are used in cryogenic storage systems.
Fiber reinforced composites due to their high stiffness to weight ratio and strength to weight ratio are being considered
for liquid nitrogen cylinders. Tests have been shown that graphite/epoxy composites have tendency to micro crack at
very low temperatures. In the case of cylinders these micro cracks can act as passages for the cryogenic liquid to penetrate
which could ultimately lead to failure of the whole structure, hence it is very important to understand the fracture
behavior of fiber composites at cryogenic temperatures before they are used in cryogenic storage systems.
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International Journal of Research and Innovation (IJRI)<br />
Above image is showing stress range with the help of colour bar.<br />
This value is obtaind at static condition.<br />
THERMAL ANALYSIS <strong>OF</strong> CYLENDER WITH STEEL <strong>AT</strong><br />
-160 0 C<br />
Above image is showing strain range with the help of colour bar.<br />
This value is obtaind with the variation of time(3600 sec)<br />
F<strong>AT</strong>IGUE ANALYSIS <strong>OF</strong> CYLENDER WITH STEEL<br />
Above image is showing flux range with the help of colour bar.<br />
This value is obtaind at static condition<br />
TRANSIANT STRECTURAL ANALYSIS <strong>OF</strong> CYLENDER<br />
WITH STEEL<br />
Above image is showing deformation range with the help of colour<br />
bar. This value is obtaind with the variation of time(3600 sec)<br />
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