In this paper we propose a Signorini’s perturbation method to investigate the propagation of acceleration waves in second-order elastic, isotropic, compressible, and homogeneous materials. The method is applied when the undisturbed region is subjected to a simple extension or to a simple shear. In these cases, we evaluate the first-order terms of the speeds and the amplitudes of the acceleration waves in any arbitrary direction of propagation
Within the framework of the nonlinear elastic theory of micromorphic continua we derive the conditio...
Acceleration waves in nonlinear thermoelastic micropolar media are considered. We establish the kine...
A model for nonlinear elastic body with double porosity structure is proposed. We generalize previou...
In this paper we propose a Signorini’s perturbation method to investigate the propagation of acceler...
In this paper, for arbitrary sufficiently small deformations, the propagation of the acceleration wa...
In this paper, using the perturbation method we proposed in [A. Marasco, A. Romano, On the ordinary ...
In this paper we propose a perturbation method to investigate the propagation of the ordinary waves ...
In Marasco and Romano (Math Comput Model 49(7–8):1504–1518, 2009), Marasco (Math Comput Model 49(7–8...
The growth equation for acceleration waves propagating in an incompressible elastic solid is derived...
The theory of Coleman and Gurtin is expanded to include the propagation of acceleration waves in one...
Within the unified approach to modelling of media with microstructure we discuss the propagation of ...
Three-dimensional acceleration waves are studied for a large class of materials which includes nonli...
In this study the growth and decay of one-dimensional acceleration waves in nonlinear viscoelastic s...
Within the framework of the nonlinear elastic theory of micromorphic continua we derive the conditio...
Acceleration waves in nonlinear thermoelastic micropolar media are considered. We establish the kine...
A model for nonlinear elastic body with double porosity structure is proposed. We generalize previou...
In this paper we propose a Signorini’s perturbation method to investigate the propagation of acceler...
In this paper, for arbitrary sufficiently small deformations, the propagation of the acceleration wa...
In this paper, using the perturbation method we proposed in [A. Marasco, A. Romano, On the ordinary ...
In this paper we propose a perturbation method to investigate the propagation of the ordinary waves ...
In Marasco and Romano (Math Comput Model 49(7–8):1504–1518, 2009), Marasco (Math Comput Model 49(7–8...
The growth equation for acceleration waves propagating in an incompressible elastic solid is derived...
The theory of Coleman and Gurtin is expanded to include the propagation of acceleration waves in one...
Within the unified approach to modelling of media with microstructure we discuss the propagation of ...
Three-dimensional acceleration waves are studied for a large class of materials which includes nonli...
In this study the growth and decay of one-dimensional acceleration waves in nonlinear viscoelastic s...
Within the framework of the nonlinear elastic theory of micromorphic continua we derive the conditio...
Acceleration waves in nonlinear thermoelastic micropolar media are considered. We establish the kine...
A model for nonlinear elastic body with double porosity structure is proposed. We generalize previou...