In this paper we present experimental investigation of the frequency dependence of
nonlinear elastic (Murnaghan) moduli of polystyrene samples by the ultrasonic method …

In this paper we examine the effect of delamination on wave scattering, with the aim of
creating a control measure for layered waveguides of various bonding types. Previous works …

This article aims to address the exact solution of the prestigious partial differential equation,
namely, a double dispersive equation. Here, we are obtaining some new traveling wave …

We present a theory for the dispersion of generated harmonics in a traveling nonlinear
wave. The harmonics dispersion relation (HDR), derived by the theory, provides direct and …

Numerous studies have been performed on different aspects of the mechanical behavior of
polymer nanocomposites; however, the results obtained still lack a comprehensive …

This study aims to obtain travelling wave solutions of the doubly dispersive equation in
nonlinear dynamic elasticity by the sine-Gordon expansion method. We give physical …

Undular bores, or dispersive shock waves, are nonstationary waves propagating as
oscillatory transitions between two basic states, in which the oscillatory structure gradually …

We examine the scattering of an Ostrovsky wave packet, generated from a solitary wave, in a
two layered waveguide with a delamination in the centre and soft (imperfect) bonding either …

In this paper we present thorough experimental observation of the process of shock wave
transformation into a bulk strain solitary wave in a nonlinearly elastic solid bar made of …

We study long nonlinear longitudinal bulk strain waves in a hyperelastic rod of circular cross
section in the framework of general weakly nonlinear elasticity leading to a model with …