This paper investigates the impact dynamics of thin semicylindrical woven composite
laminate shells, with a particular focus on understanding the influence of thickness. Utilizing …

Nowadays, composite materials are increasingly used in the most diverse areas of
engineering, where non-planar geometries begin to be quite frequent. However, the existing …

The exact solutions of random vibration responses of orthotropic thin cylindrical shells are
imperative for verifying numerical approaches. This study proposes the discrete analytical …

The existing literature extensively explores the influence of stacking sequences on
symmetric flat laminates subjected to low-velocity impacts. However, this is not true in the …

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 …

Based on numerical modelling, this study investigates asymmetric semicylindrical composite
laminate shells' damage characteristics under low-velocity impact loads. For this purpose …

This study investigates the effect of damage interference resulting from impact loads on the
mechanical response and impact fatigue life of E‐glass/epoxy composite laminate shells …

Background Dynamic behaviour of composite materials under impact is a severe concern as
it results in premature failure of the structural components. Most of the damages arising due …

The literature is not abundant with mechanical characterizations of cylindrical shells for civil
engineering applications, especially in terms of impact response. In this context, this study …

A finite element analysis on crash box of an automotive bumper system is presented in the
paper to investigate the energy absorption of the component with and without foam-filled …