Conditions for the existence of periodic and solitary waves in 1D microstructured solid of Mindlin type are deduced. Inverse problems to determine material properties are solved
Phononic crystals and acoustic metamaterials have unique properties, such as the existence of band g...
The free propagation of elastic waves through periodic microstructured materials can be studied by t...
In this article, a strain wave equation (SWE) is studied, which is used to model wave propagation in...
Abstract- We study an inverse problem to identify nonlinear microstructured materials involving nonl...
In the present paper propagation of 1D deformation waves in microstructured media is mod-elled makin...
International audienceThis paper describes the mathematical models derived for wave propagation in s...
Abstract. A general model of one-dimensional body with a scalar microstructure is introduced. Field ...
Abstract. Plane Cosserat solids are introduced. It is shown that only one parameter is needed to des...
The governing equations for a 1D case of the Mindlin model for microstructured materials are derived...
Wave propagation through a structured medium has attracted the attention of researchers for centurie...
The free propagation of acoustic plane waves through cellular periodic materials is generally accomp...
Abstract. The Mindlin-type model is used for describing the longitudinal deformation waves in micros...
AbstractPhononic crystals and acoustic metamaterials have unique properties, such as the existence o...
Several mathematical models describing wave propagation in microstructured materials are comparative...
The contributions in this volume present both the theoretical background and an overview of the stat...
Phononic crystals and acoustic metamaterials have unique properties, such as the existence of band g...
The free propagation of elastic waves through periodic microstructured materials can be studied by t...
In this article, a strain wave equation (SWE) is studied, which is used to model wave propagation in...
Abstract- We study an inverse problem to identify nonlinear microstructured materials involving nonl...
In the present paper propagation of 1D deformation waves in microstructured media is mod-elled makin...
International audienceThis paper describes the mathematical models derived for wave propagation in s...
Abstract. A general model of one-dimensional body with a scalar microstructure is introduced. Field ...
Abstract. Plane Cosserat solids are introduced. It is shown that only one parameter is needed to des...
The governing equations for a 1D case of the Mindlin model for microstructured materials are derived...
Wave propagation through a structured medium has attracted the attention of researchers for centurie...
The free propagation of acoustic plane waves through cellular periodic materials is generally accomp...
Abstract. The Mindlin-type model is used for describing the longitudinal deformation waves in micros...
AbstractPhononic crystals and acoustic metamaterials have unique properties, such as the existence o...
Several mathematical models describing wave propagation in microstructured materials are comparative...
The contributions in this volume present both the theoretical background and an overview of the stat...
Phononic crystals and acoustic metamaterials have unique properties, such as the existence of band g...
The free propagation of elastic waves through periodic microstructured materials can be studied by t...
In this article, a strain wave equation (SWE) is studied, which is used to model wave propagation in...
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