Behavior of spacecraft structural materials under the high-velocity impact should be
thoroughly investigated due to the constant threat of collision with space debris and …

The article is devoted to developing an analytical approach to studying wave propagation
speeds in structurally inhomogeneous materials. Studies have been conducted on polymer …

The article is devoted to analyzing the dispersion properties of waves in structurally
inhomogeneous materials such as foam. In analyzing the change of the wave propagation …

Laser-driven shock experiments were conducted at a synchrotron facility to investigate the
dynamic response of polyurethane foam. These experiments were coupled to in situ x-ray …

The Equations Of State (EOS) of materials under extreme conditions of temperature and
pressure can be experimentally studied, thanks to intense electron beam-target …

The article is devoted to the development of an approach to the study of the influence of
changes in the physical, mechanical, and microstructural parameters of foams on their …

The framework of this paper is to investigate the mitigation ability of an expanded rigid
polyurethane foam against extremely fast (> 10 6 s− 1) and intense (> 10 GPa) dynamic …

This article presents results of plate impact experiments coupled to in situ X-ray radiography,
performed on a polyurethane foam, to visualize its deformations during the propagation of a …

Polymeric foams are widely used in many industrial fields as shock wave mitigators. They
can be, for instance, interesting materials for the protection of structures against intense and …

Актуальность темы исследования Исследования ударных волн (УВ) в пористых средах
важны, поскольку позволяют определить особенности процессов разрушения пор при …