In this paper, the experiments of Al2024 and reactive projectiles with hypervelocity impact on
aluminum alloy honeycomb sandwich panel double-layer structure respectively were carried …

To investigate the real physical mechanism of rock fragmentation subjected to water jet
under in-situ stress condition, a numerical model based on the SPH algorithm was …

The space debris in Earth's orbit has increased drastically due to the failure of spacecraft,
rocket bodies, and mission-related objects. These objects in orbit increase the space waste …

In this paper, a neural network-based inversion method that can be used to streamline the
acquisition of polymethyl methacrylate (PMMA) material constitutive model parameters for …

High-entropy alloys (HEAs) with a face-centered cubic structure offer numerous advantages,
including high plasticity, good processability, and high-temperature resistance. They are …

This study focuses on the airworthiness of landing gear brake pipes under aircraft tire burst
debris impact by experimental and numerical analysis. Two different depths of tire debris …

Shaped charge (SC) generates a fluid-like high-speed jet (SCJ) undergoing extremely large
ductile stretching without fracture. It is a formidable challenge to accurately track and monitor …

Aiming at the problem that the blast load, generated by the explosion of the tandem-shaped-
charge warhead, may cause damage to the warhead structure, material failure and even …

The dynamic response and damage fracture of brittle materials under explosive cutting have
always been important research issues in the fields of military, aerospace, and other …

The process of a concrete target subjected to a tandem warhead was studied by means of
field testing and numerical simulation. First, field testing of a shaped charge impacting the …