Authors :
Ranjith M; Dr. J. Selwin Rajadurai
Volume/Issue :
Volume 5 - 2020, Issue 6 - June
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/3fsyUwW
DOI :
10.38124/IJISRT20JUN863
Abstract :
The design of composite submarine pressure
hull is optimize the Stress and Failure index into
consideration using ANSYS Software and Tsai-Wu
Failure theory. The FEA value is compared with
theoretical results. The composite of EPOXY resin and
E-GLASS fiber is used to optimize the failure criteria
by using ANSYS software. The failure index o the
isentropic and orthotropic material should be less than
1 as per the Tsai-Wu criteria. The pressure hull is used
to many structural applications such that Pressure
Vessels, Aircrafts and Nuclear Submarines. The Failure
index value is vary from applied load.
Keywords :
Composite cylinders; Optimization; Failure Index; Epoxy; E-Glass
The design of composite submarine pressure
hull is optimize the Stress and Failure index into
consideration using ANSYS Software and Tsai-Wu
Failure theory. The FEA value is compared with
theoretical results. The composite of EPOXY resin and
E-GLASS fiber is used to optimize the failure criteria
by using ANSYS software. The failure index o the
isentropic and orthotropic material should be less than
1 as per the Tsai-Wu criteria. The pressure hull is used
to many structural applications such that Pressure
Vessels, Aircrafts and Nuclear Submarines. The Failure
index value is vary from applied load.
Keywords :
Composite cylinders; Optimization; Failure Index; Epoxy; E-Glass
