In the paper, we discuss such unexpected features in the wave evolution in solids as strongly nonlinear uniaxial elastic compression in a picosecond time range, a departure from self-similar development of the wave process which is accompanied with apparent sub-sonic wave propagation, changes of shape of elastic precursor wave as a result of variations in the material structure and the temperature, unexpected peculiarities of reflection of elastic-plastic waves from free surface
During high strain rate scenarios such as an impact event, a compressive shock wave will propagate t...
Abstract. The Maxwell type elastic-plastic solids are characterized by decaying the absolute values ...
We investigate rarefaction waves in nonlinear periodic systems with a 'softening' power-law relation...
In the paper, we discuss such unexpected features in the wave evolution in solids as strongly nonlin...
Shock waves in the [110] and [111] directions of single-crystal Al samples were studied using molecu...
The investigation of the heterogeneous material response on microscopic level at a high speed load i...
In this study the growth and decay of one-dimensional acceleration waves in nonlinear viscoelastic s...
The shock discontinuity problem is analyzed in the case of elastoplastic materials ; the jump relati...
Nonlinear evolution of shear waves into shocks in incompressible elastic materials is investigated u...
A broad class of brittle solids subjected to large amplitude shock waves can support substantial she...
This book is the first of several volumes on solids in the Shock Wave Science and Technology Referen...
none4Pulse and shock interaction is investigated for a class of ideally hard elastic materials. The ...
The purpose of this paper is to review the results of long-term cooperation between Dieter Stoffler ...
This article considers the uniaxial elastic-plastic response of a solid slab subject to a velocity a...
When a metal is subjected to extremely rapid compression, a shock wave is launched that generates di...
During high strain rate scenarios such as an impact event, a compressive shock wave will propagate t...
Abstract. The Maxwell type elastic-plastic solids are characterized by decaying the absolute values ...
We investigate rarefaction waves in nonlinear periodic systems with a 'softening' power-law relation...
In the paper, we discuss such unexpected features in the wave evolution in solids as strongly nonlin...
Shock waves in the [110] and [111] directions of single-crystal Al samples were studied using molecu...
The investigation of the heterogeneous material response on microscopic level at a high speed load i...
In this study the growth and decay of one-dimensional acceleration waves in nonlinear viscoelastic s...
The shock discontinuity problem is analyzed in the case of elastoplastic materials ; the jump relati...
Nonlinear evolution of shear waves into shocks in incompressible elastic materials is investigated u...
A broad class of brittle solids subjected to large amplitude shock waves can support substantial she...
This book is the first of several volumes on solids in the Shock Wave Science and Technology Referen...
none4Pulse and shock interaction is investigated for a class of ideally hard elastic materials. The ...
The purpose of this paper is to review the results of long-term cooperation between Dieter Stoffler ...
This article considers the uniaxial elastic-plastic response of a solid slab subject to a velocity a...
When a metal is subjected to extremely rapid compression, a shock wave is launched that generates di...
During high strain rate scenarios such as an impact event, a compressive shock wave will propagate t...
Abstract. The Maxwell type elastic-plastic solids are characterized by decaying the absolute values ...
We investigate rarefaction waves in nonlinear periodic systems with a 'softening' power-law relation...