The present study explores the failure and surface characteristics of Glass Fiber-Reinforced
Polymers (GFRP). Stepwise loading was applied in this study to understand the multi-static …

Current work presents the first investigation on the Mode II fracture toughness of room
temperature curable acrylic Elium® resin and toughened Elium® IM with 10% weight …

The present study evaluated CFRP and SPCC hybrid laminates by combined experimental
and simulation analysis. The results showed that the strength of hybrid laminate [SPCC/[0] n] …

This study investigates the mechanical degradation mechanism and statistical analysis of
residual compressive strength of three lay-up laminates under more than one-year seawater …

To improve the lightweight and crashworthiness in vehicular engineering, there has been
growing interests in metal/composite hybrid configuration, which is relatively newer than …

The curing effect on hybrid materials consisting of steel plate cold commercial-carbon fiber
reinforced plastics (SPCC-CFRP) hybrid laminates that have potential applications in …

Natural fibers have high potential as renewable reinforcement for polymers; however, their
lower load-carrying capacity compared to synthetic fibers significantly limits the wide …

Hybrid composites using adhesive joints are gaining popularity in various industries as their
various material combinations can create certain advantages. This research focuses on …

With the advancement of machine learning in leading technologies, it is perceived that
machine learning is a new and effective alternative for the classic fatigue life prediction. This …

The paper investigates the metal/prepreg inter-ply friction behaviour in thermoplastic fibre
metal laminates (FMLs) based on magnesium alloy and glass fibre-reinforced polymer …