This paper was aimed to investigate the hygrothermal effects on the mechanical behavior of
the double lap shear joints of Carbon/Epoxy composite laminates, which were bonded using …

This paper investigates the hygrothermal aging behaviors including the aging law, the
moisture absorption, and residual stresses for carbon fiber reinforced epoxy composites via …

Abstract 3D orthogonal woven composites (3DOWCs) are inevitably subjected to the severe
cyclic hygrothermal aging environment in the application of supersonic aircraft structures …

It is difficult to verify the fatigue performance of mechanically fastened hybrid-material
structures under the complex environment-load spectrum. A thermal–mechanical-equivalent …

The purpose of this article is to present the effects of elevated temperature and moisture
conditioning of Fibre Metal Laminates and conventional Fibre Reinforced Plastics on some …

In this paper, moisture parameters of adhesive SY-14M-III and composite T800/AC531 were
firstly measured, which were used for the following moisture diffusion investigations. Then …

This study presents an exact analytical solution of transient heat conduction in cylindrical
multilayer composite laminates. This solution is valid for the most generalized linear …

Abstract 3D orthogonal woven thermoset composites (3DOWCs) can be applied to fabricate
the bearing structures of supersonic aircrafts due to their excellent mechanical properties …

Experiments have indicated that the diffusion properties of a penetrant organic matrix
composite system may change with time due to evolution of the internal mechanical strain …

This study is focused on the finite element analysis of the hygro-elastic stresses experienced
by unidirectional composite structures instrumented by Fiber Bragg Grating (FBG) sensors …