Effective Stiffness of a Debonded Particle in Particulate Composites
p.33
p.33
Theoretical and Experimental Studies on Residual Stresses of Advanced Polymer Composites
p.37
p.37
Environmental-Friendly Sandwich Panel Using Bamboo Skin Wastes as Core Material
p.41
p.41
Elastic-Viscoplastic Behaviour of Plain-Woven GFRP Laminates: Analysis Using Homogenization Theory
p.45
p.45
Process-Induced Stress Analysis of Composite Wound Vessel with Metal Liner during Curing Process Using Semi-Analytical Hamiltonian Method
p.49
p.49
Prediction of Flexural Modulus of the Biodegradable Composites Made from Bamboo and Kenaf Fibers
p.53
p.53
The Effect of Various Reinforcements on the Ablation, Thermal and Microstructural Properties of Phenolic Matrix Composites
p.57
p.57
A Method for Identifying Asymmetric Dissimilar Constant Fatigue Life Diagrams for CFRP Laminates
p.61
p.61
Off-Axis Creep Recovery of Unidirectional Carbon/Epoxy Composites at High Temperature
p.65
p.65
Process-Induced Stress Analysis of Composite Wound Vessel with Metal Liner during Curing Process Using Semi-Analytical Hamiltonian Method
Abstract:
In accordance with Helliger-Reissner variational principle, a semi-analytical Hamiltonian method has been developed for analyzing the process-induced stress analysis of composite wound vessel with metal liner during the curing process. A typical numerical result indicates that the process-induced thermo-stress fields involve complex variations of gradient and multi-peak values at different stages during the curing process.
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Periodical:
Key Engineering Materials (Volumes 334-335)
Pages:
49-52
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Online since:
March 2007
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© 2007 Trans Tech Publications Ltd. All Rights Reserved
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