The fiber-reinforced polymer (FRP) composites have been widely used as bullet-proof
materials due to their low specific gravity, high specific strength and stiffness, and excellent …

Modelling of impacts on fibre-metal laminates requires understanding the interaction
between the composite and metal layers. From the many parameters that affect the laminate …

A progressive quasi-static approach was developed to study the low-velocity impact
response of GLARE fibre-metal laminates. The impacting mass, impact force, and impact …

Dynamical performance of multilayer graphdiyne (MLGDY) with ultra‐low density and
flexible features is investigated using laser‐induced micro‐projectile impact testing (LIPIT) …

A progressive damage model is proposed herein to predict the response and failure of fiber
reinforced plastic laminates subjected to impact loadings. The present model is mainly …

Ballistic performance of ultra-thin graphene membranes have recently been investigated at
the micro and nanoscale. Two open questions that remain unanswered are, how graphitic …

Nowadays, due to the complexity and design of many advanced structures, cylindrical shells
are starting to have numerous applications. Therefore, the main goal of this work is to study …

In this work a nondimensional formulation of an analytical model was used to study the
ballistic behaviour of composite plates made from woven laminates of E-glass fibres. From …

A theoretical study is performed herein on the perforation of fibre-reinforced plastic
laminates subjected to impact by flat-nosed projectiles in a wide range of velocities. Ballistic …

This study was designed to evaluate the experimental behavior of monolithic structures
consisting of E-glass/polyester woven laminates subjected to high-velocity impact. A number …