The present study investigates the influence of graphene nanopellets (GnPs) on the damping and vibra- tion characteristics of fiber-reinforced basalt/epoxy com- posites for different weight contents of GnPs particles (0.1, ...

The aim of this study is to evaluate the effect of hybridizing Kevlar and glass fibers on the tensile and Charpy impact properties of their composites. Produced hybrid samples were designed as unbalanced and asym- metric ...

In this study, the in?uence of borax (Bx), perlite (Pr), and sewage sludge ash (SSA) particle inclusion on interlaminar shear strength (ILSS)properties of S-glass/epoxy composites was experimentally investigated. The purpose ...

[No abstract available]

This study deals with the effect of hybridiza- tion on the natural frequency of woven laminated hybrid composite beams with and without cutouts under the clamped-free boundary condition. Woven carbon, Kev- lar and S-glass ...

[No abstract available]

In this study, the influence of hybridization on natural frequency and damping properties of laminated composite plates consisting of various combinations of fibers and boundary conditions are examined. Carbon (C), Kevlar® ...

In the present study, lateral and axial buckling characteristics of the S-glass/epoxy composites were investigated incorporating nano-clay (NC) particles within the common matrix of epoxy resin. Critical axial and lateral ...

Mechanical and dynamic characteristics of basalt fiber-reinforced polymer (BFRP) composites were experimentally investi- gated in terms of natural frequency and damping properties. Epoxy resin of BFRP composites was modified ...

Present study addresses the influence of stacking sequence effect on damage tolerance and impact behavior of hybrid composite laminates. Hybrid com- posite samples were fabricated with two and three dif- ferent fiber ...