The complete solution of Lamb's three-dimensional problem of determining the elastic disturbance resulting from a point force in a half-space is addressed. The derived expression for the half-space Green's function is valid for a general anisotropic medium and is given in a two-dimensional space-time spectral representation, which is well suited for numerical evaluation. It is expressed with respect to the displacement and traction vectors involved as well as the full-space Green's dyadic (or displacement tensor) and triadic (or stress tensor) functions
WOS: 000269295800009In this Letter, we used homotopy perturbation method to obtain numerical solutio...
Three-dimensional Green’s functions (GFs) of steady-state motion in linear anisotropic elastic half-...
AbstractA concise formulation is presented for the derivatives of Green’s functions of three-dimensi...
Displacement Green's function is the building block for some semi-analytical methods like Boundary E...
This thesis is dedicated to study the elastodynamic Green’s tensor in anisotropic medium in order to...
[[abstract]]A concise formulation is presented for the derivatives of Green's functions of three-dim...
[[abstract]]The analytical expressions of Green's function and their derivatives for three-dimension...
[[abstract]]The analytical expressions of Green's function and their derivatives for three-dimension...
10.1016/0020-7225(96)00040-7International Journal of Engineering Science34111327-1338IJES
Abstract. In this paper, we compute the closed form expressions of elas-todynamic Green functions fo...
[[abstract]]Plane problems in anisotropic elastic media have been examined extensively using two-dim...
[[abstract]]By using the Fourier transforms method, the three-dimensional Green's function solution ...
[[abstract]]Plane problems in anisotropic elastic media have been examined extensively using two-dim...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
[[abstract]]By using the Fourier transforms method, the three-dimensional Green's function solution ...
WOS: 000269295800009In this Letter, we used homotopy perturbation method to obtain numerical solutio...
Three-dimensional Green’s functions (GFs) of steady-state motion in linear anisotropic elastic half-...
AbstractA concise formulation is presented for the derivatives of Green’s functions of three-dimensi...
Displacement Green's function is the building block for some semi-analytical methods like Boundary E...
This thesis is dedicated to study the elastodynamic Green’s tensor in anisotropic medium in order to...
[[abstract]]A concise formulation is presented for the derivatives of Green's functions of three-dim...
[[abstract]]The analytical expressions of Green's function and their derivatives for three-dimension...
[[abstract]]The analytical expressions of Green's function and their derivatives for three-dimension...
10.1016/0020-7225(96)00040-7International Journal of Engineering Science34111327-1338IJES
Abstract. In this paper, we compute the closed form expressions of elas-todynamic Green functions fo...
[[abstract]]Plane problems in anisotropic elastic media have been examined extensively using two-dim...
[[abstract]]By using the Fourier transforms method, the three-dimensional Green's function solution ...
[[abstract]]Plane problems in anisotropic elastic media have been examined extensively using two-dim...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
[[abstract]]By using the Fourier transforms method, the three-dimensional Green's function solution ...
WOS: 000269295800009In this Letter, we used homotopy perturbation method to obtain numerical solutio...
Three-dimensional Green’s functions (GFs) of steady-state motion in linear anisotropic elastic half-...
AbstractA concise formulation is presented for the derivatives of Green’s functions of three-dimensi...