Abstract 2D fiber reinforced resin matrix composites (2D FRRMC) are widely applied for
aerospace, generator blades, and other high‐end equipment manufacturing fields due to …

The economic efficiency of pultrusion can be significantly improved by operating the process
at higher pulling speeds. This experimental study analyzed the relationships between the …

This study evaluates the mechanical response for different flexural loading direction
scenarios of the fiber metal laminates (FMLs), an aluminum structure retrofitted with basalt …

Thin-walled structures constructed of fiber reinforced composites are increasingly being
employed in engineering practice. However, there is limited investigation into their residual …

Composite‐aluminum hybrid adhesive joints represent an ideal solution for designing
lightweight structures for the marine industry. However, seawater aging is a serious concern …

Adhesively bonded hybrid FRP-aluminium structures have recently become an efficient
solution for marine engineering applications. However, polymer adhesives' bond …

The damage mechanism of ultra-thick laminates widely used in aerospace and marine
industries was obviously different from that of thin laminates. However, compression testing …

Bonded joint utilization is limited under elevated temperatures because of the polymer's
relaxation. The hybrid bonded/bolted (HBB) joining allows more durable joints than both …

Composite materials are widely preferred in the aviation, automotive, construction and
maritime industries due to their many superior properties. As a result of this widespread use …

This study investigates the tensile and tensile after impact (TAI) performance of hybrid
bolted/bonded (HBB) and only bolted (OB) carbon fiber/epoxy composite joints with cross …