Mechanical behaviors of square metallic tube reinforced with rivets—Experiment and simulation

In-plane crushing behaviors of hexagonal honeycombs with different Poisson's ratio induced by topological diversity

“…The sound strength-to-weight ratio and energy absorption capacity of honeycomb subjected to crushing load have been demonstrated [21][22][23][24][25], which makes the honeycomb fit the requirements of the lightweight protective structures for structural and vehicle safety.…”

Factors Affecting the Compression and Energy Absorption Properties of Small-Sized Thin-Walled Metal Tubes

“…The structures made from composite materials are normally brittle and dissipate energy through different combined fracture mechanisms such as delamination, fibre breakage, and matrix cracking [6], whereas the ductility of metallic structures allows them to dissipate energy through progressive plastic deformation [1,6]. For metallic tubes, both square [7] and circular cross sections have been studied before.…”

Modelling and simulation on behaviours of mild steel

“…In this case, the existing models play important roles for solving problems. There are many authors (Doner et al [1], Kaufhold et al [2], Wang et al [3], Nayyeri et al [4]) who have worked on modelling and simulation on different metallic materials. This paper is based on the numerical simulation of the experimental work presented by Singh et al [5] in which obtained material parameters of C-S model [6] and J-C model [7] are used to simulate the problem in ANSYS.…”