This paper investigates the nonlinear low-velocity impact response of geometrically
imperfect graphene platelets-reinforced metal foams (GPLRMF) cylindrical shells under …

In the present study, both the impact and vibration response characteristics of fiber
reinforced polymer (FRP) sandwich plates (FRPSPs) with a foam core (FC) reinforced by …

Owing to high capacity of energy absorption, high compressive strength, high stiffness to
weight ratio, good ductility and other excellent characteristics, corrugated structures are …

Fiber reinforced composite sandwich structures have wide applications in reducing the
weight of high-speed aircrafts due to their processibility and high specific performance. It is …

It is a challenging target to improve the dynamic analysis and free vibration analysis of fiber
metal laminates (FMLs) while providing great promise as lightweight structural components …

Rotor-blade systems are major units in turbine structures, whose dynamic responses will
affect structural safety, energy conversion efficiency, overall durability and service …

This paper studies on optimal design of vibro-impact resistant fiber reinforced composite
plates (FRCPs) with polyurea coating. Initially, a theoretical model for the coated FRCP …

Previous studies on low-velocity impact of fiber reinforced polymer (FRP) composites mainly
focused on single-location impact (including single and multiple), while completely ignoring …

The high-velocity impact characteristics of 3D auxetic composite cylindrical shell panels are
studied theoretically and experimentally. First, to predict the high-velocity impact parameters …

The paper aims to find dynamic response of fractionally damped rectangular viscoelastic
plates under low-velocity impact of a mass. The general fractional (Rubbery, Transition and …