Fascinating advantages (eg, lightweight and superior performances combined with ductility
and strength) of metal-FRP (fiber reinforced polymer) hybrid components attract increasing …

Different structural parameters and interlaminar damage will have significant effects on the
crushing performance of metal-composite hybrid structures. A hybrid gradient structure is …

Damage can limit the material and structure to perform as designed. To investigate the effect
of damage present at the Al and carbon layers in Al/CFRP hybrid thin-walled tubes, a …

This study examined a novel high-pressure hydrogen tank structure produced using carbon
fiber reinforced plastic composite (CFRP). It was designed for reduced use of carbon fibers …

This study is a practical exploration of the application of machine learning for the mechanical
analysis of filament-wound thin-composite hydrogen storage tanks under internal pressure …

This investigation presents the effect of different interlaminar hybridization and localized in-
plane edge loads on the vibration and buckling characteristics of hybrid fiber metal …

Metal-FRP (fiber reinforced polymer) hybrid circular toroidal pressure vessel (TPV) can
withstand higher internal fluid pressure compared to a metal TPV of the same thickness. The …

This paper presents a detailed buckling study on FRP strengthening of metallic cylindrical
shells with different geometric imperfections and centrally located unstiffened and stiffened …

Buckling performance of thin metallic shells can be enhanced by external wrap** of FRP
composite layers. But the effectiveness and the extent of such FRP strengthening is …

Fiber-reinforced polymer (FRP) is a practical approach to delay or even suppress the
deformation of steel structures. However, their application has been constrained by brittle …