The propagation and scattering of elastic waves provides a valuable tool for the QNDE of composite materials. Since, in general, the composite materials are highly anisotropic, it is important to develop theoretical methods for calculation of wave propagation characteristics in anisotropic media. A lot of work has been done on transient wave propagation in isotropic media but not much in anisotropic media (see, for example [1,2] and other references given there)
The heterogeneous nature of composite materials often makes their inspection using ultrasonics diffi...
AbstractThe Christoffel equation is derived for the propagation of plane harmonic waves in a general...
The time-dependent differential equations of elastodynamics for homogeneous solids with a general st...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
The use of composite materials in structural components is limited, in part, by the need to develop ...
The propagation of elastic waves through heterogeneous, anisotropic media is considered. Appropriate...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
In this thesis, a meshless semi-analytical computational method is presented to compute the ultrason...
Elastodynamic wave scattering in anisotropic solids with application to ultrasonic nondestructive te...
In this thesis, a meshless semi-analytical computational method is presented to compute the ultrason...
Karal and Keller [1] developed the geometrical acoustics for wave propagation in a heterogeneous iso...
The time-dependent differential equations of elastodynamics for homogeneous solids with a general st...
Acoustic wave propagation in anisotropic media with one-dimensional inhomogeneity is discussed. Usin...
AbstractThe time-dependent differential equations of elastodynamics for homogeneous solids with a ge...
The heterogeneous nature of composite materials often makes their inspection using ultrasonics diffi...
AbstractThe Christoffel equation is derived for the propagation of plane harmonic waves in a general...
The time-dependent differential equations of elastodynamics for homogeneous solids with a general st...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
The use of composite materials in structural components is limited, in part, by the need to develop ...
The propagation of elastic waves through heterogeneous, anisotropic media is considered. Appropriate...
Composite materials have gained considerable industrial importance, being widely applied e.g. in aer...
In this thesis, a meshless semi-analytical computational method is presented to compute the ultrason...
Elastodynamic wave scattering in anisotropic solids with application to ultrasonic nondestructive te...
In this thesis, a meshless semi-analytical computational method is presented to compute the ultrason...
Karal and Keller [1] developed the geometrical acoustics for wave propagation in a heterogeneous iso...
The time-dependent differential equations of elastodynamics for homogeneous solids with a general st...
Acoustic wave propagation in anisotropic media with one-dimensional inhomogeneity is discussed. Usin...
AbstractThe time-dependent differential equations of elastodynamics for homogeneous solids with a ge...
The heterogeneous nature of composite materials often makes their inspection using ultrasonics diffi...
AbstractThe Christoffel equation is derived for the propagation of plane harmonic waves in a general...
The time-dependent differential equations of elastodynamics for homogeneous solids with a general st...