The aging of polymer-composites is a ubiquitous problem that leads to the degradation of
mechanical properties, reducing the service life of an engineered structure, and …

Epoxy systems are widely used as matrix resins for fiber reinforced polymers (FRP) and,
therefore, often have to withstand harsh environmental conditions. Especially in marine and …

This paper describes the degradation of the tension-tension fatigue behavior of basalt fiber-
reinforced polymer (BFRP) composites after exposure to a salt solution. Two levels of stress …

The role of natural fibers on the impact fatigue strength of bonded single lap joints (SLJs)
has been experimentally investigated. The use of natural fiber offers several advantages …

Reliability and cost-effectiveness represent major challenges for the ongoing success of
composites used in maritime applications. The development of large, load-bearing, and …

Glass fibre reinforced polymer composites are frequently used in marine applications where
the combined effects of cyclic loads and the seawater environment limit their fatigue life. This …

Four different types of natural date palm tree fibers (DPTFs), including Rachis, Petiole,
Bunch, and Mesh, were used as short fibers added to single lap adhesive joints subjected to …

The fatigue behaviour of carbon fibre reinforced polymer (CFRP) under the dry and
hygrothermal aged conditions was investigated at two stress ratios, 0.1 and 0.5. Two types of …

The strength degradation of the composite material due to hygrothermal ageing is
investigated with statistical significance. The study aims to report the effect of ageing on the …

The use of thermoplastic composites as a sustainable alternative to thermosets is gaining
increasing popularity due to their improved recyclability at the end of life. The fatigue …