This work overviews the axial crushing behaviour of tube in absorbing kinetic energy
produced due to impact collision. Key insights on crash mechanics of crumple zone are …

This work focuses on investigation of the internal blast resistance of metal sandwich cylinder
with lattice cores. Six types of the geometries designed by the square, hexagonal, semi-re …

Investigation on the structural response of pre-flawed functionally graded material (FGM)
cylindrical tubes submitted to sequential detonation loading is the main contribution of this …

The freeze recovery method (FRM) is a crucial approach for investigating the high-speed
fracture process of metal cylindrical shells under explosive loading. However, the precise …

Multi-layer wound cylindrical shells are the preferred structures for storage vessels working
in high pressure and hydrogen atmosphere. However, they are susceptible to external blast …

This paper aims to seek the fundamental and quantitative relationships between detonation
load and its induced dynamic crack propagations of pipes. A progressive damage material …

The unique rippling deformation of pipe due to internal detonation and reflected shock was
studied. Numerical model incorporating thermo-viscoplastic constitutive model and …

An elaborate numerical model with progressive damage and failure and fluid-structure
coupling was developed to study the crack propagations of tubes under hydrogen static and …

A rate-dependent damage evolution law was derived based on the thermally activated
motion of dislocations. By writing the VUMAT subroutine, it was implemented to simulate the …

The present study describes the center of mass deformation of mild steel triangular plate
under C2H2–O2 gaseous detonation loading through non-dimensional analysis. The non …