Add to ORKGnone4Pulse and shock interaction is investigated for a class of ideally hard elastic materials. The latter admit the soliton-like property that disturbances emerge asymptotically unaltered in shape and speed following the interaction process.noneA. Mentrelli; C. Rogers; T. Ruggeri; W. SchiefA. Mentrelli; C. Rogers; T. Ruggeri; W. Schie
Abstract: The evolution of relatively undistorted progressing pulses in inhomogeneous elastic bodies...
A class of strongly nonlinear metamaterials based on tensegrity concepts is proposed, and the solita...
We consider a class of shock-loading experiments which, as a result of solid-to-solid phase transiti...
A class of nonlinear stress-strain laws is introduced which may be used to model a type of material ...
The investigation of the heterogeneous material response on microscopic level at a high speed load i...
Shock propagation in particulate materials is governed by the nonlinear interactions between particl...
Asymptotic evolution laws for plane dilatational shock waves travelling in simple materials with mem...
We consider a class of shock-loading experiments which, as a result of solid-to-solid phase transiti...
In the paper, we discuss such unexpected features in the wave evolution in solids as strongly nonlin...
We investigate rarefaction waves in nonlinear periodic systems with a 'softening' power-law relation...
International audiencePropagation of elastic waves is studied in a 1D medium containing two cracks. ...
During the past three years, interest has grown rapidly in the theoretical and experimental study of...
Nonlinear evolution of shear waves into shocks in incompressible elastic materials is investigated u...
The shock discontinuity problem is analyzed in the case of elastoplastic materials ; the jump relati...
Strongly nonlinear waves were investigated experimentally, numerically and ana- lytically in two-mas...
Abstract: The evolution of relatively undistorted progressing pulses in inhomogeneous elastic bodies...
A class of strongly nonlinear metamaterials based on tensegrity concepts is proposed, and the solita...
We consider a class of shock-loading experiments which, as a result of solid-to-solid phase transiti...
A class of nonlinear stress-strain laws is introduced which may be used to model a type of material ...
The investigation of the heterogeneous material response on microscopic level at a high speed load i...
Shock propagation in particulate materials is governed by the nonlinear interactions between particl...
Asymptotic evolution laws for plane dilatational shock waves travelling in simple materials with mem...
We consider a class of shock-loading experiments which, as a result of solid-to-solid phase transiti...
In the paper, we discuss such unexpected features in the wave evolution in solids as strongly nonlin...
We investigate rarefaction waves in nonlinear periodic systems with a 'softening' power-law relation...
International audiencePropagation of elastic waves is studied in a 1D medium containing two cracks. ...
During the past three years, interest has grown rapidly in the theoretical and experimental study of...
Nonlinear evolution of shear waves into shocks in incompressible elastic materials is investigated u...
The shock discontinuity problem is analyzed in the case of elastoplastic materials ; the jump relati...
Strongly nonlinear waves were investigated experimentally, numerically and ana- lytically in two-mas...
Abstract: The evolution of relatively undistorted progressing pulses in inhomogeneous elastic bodies...
A class of strongly nonlinear metamaterials based on tensegrity concepts is proposed, and the solita...
We consider a class of shock-loading experiments which, as a result of solid-to-solid phase transiti...