This paper proposes a numerical model to predict the pattern and features of the fracture
surface and to understand the mechanisms and cause of the failure. Various fiber …

Carbon fiber reinforced polymer (CFRP) multidirectional composite laminates are vital for
moisture-prone structures where directional fatigue properties can be optimized. In this work …

To predict fatigue life more accurately, we consider the relationship between static
toughness and fatigue toughness in fatigue failure process, the numerical model of total …

Fiber-reinforced polymer (FRP) composites are frequently used in bridges, wind power
installations, and marine floating structures, and there is a growing interest in understanding …

An engineering approach for fatigue life prediction of fibre‐reinforced polymer composite
materials is highly desirable for industries due to the complexity in damage mechanisms and …

The aim of this article is to determine the effects of hygrothermal ageing on the tensile
behaviour of asymmetric discontinuous helicoidally stacked (Bouligand structured) carbon …

This work investigated the phenomenon of interfacial debonding due to hygrothermal aging
(HA), which was quantified using Field Emission Scanning Electron Microscopy (FESEM) …

Prediction accuracy of constant life diagrams (CLDs) for fiber‐reinforced plastics varies with
the stacking, tensile/compression dominated failure, input S–N curves, the complexity of the …

The constant life diagram (CLD), a trusted method for life prediction, is generated based on
static strength and constant amplitude fatigue data. This study examines the predictive …

Fiber‐reinforced plastics have extensive applications in advanced industries in which the
material is subjected to long time sustained loadings that stimulates time‐dependent …