This study tracks the development of an analytical model, designed to investigate the dynamic response of a composite sandwich plate subjected to a low-velocity impact. The model is based on the thick anisotropic plate theory, developed by Reddy and Pagano, which takes into account a through-thickness shear. An indentation law, as proposed by Hertz, is used to model the local response under the impactor. The good correlation between the shock and the simulation results testifies the validity of the method as far as the prediction of the contact force and the shear deformation in the core are concerned
In this work the low-velocity impact response of composite sandwich beams was studied by an analytic...
The paper reports the results of an experimental and numerical investigation into the effect of the...
ABSTRACT: The problem of transverse low-velocity impact on a linearly in-plane prestressed sandwich ...
This paper considers the effect of the damage caused by transverse stresses due to a low velocity im...
This paper presents a simple analytical model of the dynamic response of a structure subje...
This dissertation presents experimental, numerical and analytical investigations of sandwich plates ...
The paper describes the results of an experimental and numerical investigation into the structural a...
This paper deals with finite element simulation of low velocity-low energy impacts on sandwich compo...
This study involves an experimental and analytical investigation of low-velocity impact phenomenon i...
A numerical and experimental low-velocity impact behavior of sandwich plates have been presently stu...
The paper illustrates the application of a finite element tool for simulating the structural and dam...
A finite element simulation of impacts on sandwich composites with laminated faces is presented; it ...
A finite element simulation of impacts on sandwich composites with laminated faces is presented; it ...
This dissertation presents the experimental, numerical and analytical investigations on the impact b...
Composite sandwich structures are applied in many engineering fields due to their high strength and ...
In this work the low-velocity impact response of composite sandwich beams was studied by an analytic...
The paper reports the results of an experimental and numerical investigation into the effect of the...
ABSTRACT: The problem of transverse low-velocity impact on a linearly in-plane prestressed sandwich ...
This paper considers the effect of the damage caused by transverse stresses due to a low velocity im...
This paper presents a simple analytical model of the dynamic response of a structure subje...
This dissertation presents experimental, numerical and analytical investigations of sandwich plates ...
The paper describes the results of an experimental and numerical investigation into the structural a...
This paper deals with finite element simulation of low velocity-low energy impacts on sandwich compo...
This study involves an experimental and analytical investigation of low-velocity impact phenomenon i...
A numerical and experimental low-velocity impact behavior of sandwich plates have been presently stu...
The paper illustrates the application of a finite element tool for simulating the structural and dam...
A finite element simulation of impacts on sandwich composites with laminated faces is presented; it ...
A finite element simulation of impacts on sandwich composites with laminated faces is presented; it ...
This dissertation presents the experimental, numerical and analytical investigations on the impact b...
Composite sandwich structures are applied in many engineering fields due to their high strength and ...
In this work the low-velocity impact response of composite sandwich beams was studied by an analytic...
The paper reports the results of an experimental and numerical investigation into the effect of the...
ABSTRACT: The problem of transverse low-velocity impact on a linearly in-plane prestressed sandwich ...