AbstractThis work answers a number of questions about the relationship between time-domain and frequency-domain solutions of the acoustic equation. A time-domain Green's function is constructed by a semigroup approach that leads to large-time growth estimates. The Fourier transform of this solution is also a solution of the Lippmann-Schwinger equation; this connection shows how to interpret the the delta functions that arise in the time-domain theory
International audienceThe equations of motion in a macroscopically inhomogeneous porous medium satur...
State-of-the-art computational methods for linear acoustics are reviewed. The equations of linear ac...
The theory of Green's functions for the wave and Helmholtz equations is examined with particular att...
AbstractThis work answers a number of questions about the relationship between time-domain and frequ...
Impedance and admittance relationships in acoustics are commonly given in their frequency-domain rep...
The propagation of acoustic or ultrasonic pulses and waves in 1-D media with continuous inhomogeneit...
The wave equation (#partial deriv#_t"2 + H) u = 0 with H: = f"2(x) "n#SIGMA#_j_,_k_=_...
This paper deals with a theoretical description of the propagation of a finite amplitude acoustic wa...
The importance of expanding Green's functions, particularly free-space Green's functions, in terms o...
Acoustic wave propagation in anisotropic media with one-dimensional inhomogeneity is discussed. Usin...
International audienceConsider two media separated by a plane interface, a time- dependent source F(...
International audienceThe derivation of Green's correlation naturally arises when identifying a line...
The feasibility and efficiency of inversions in ocean acoustic travel-time tomography critically rel...
The design of phased array transducers for medical diagnostic ultrasound asks for an understanding o...
Solutions to ocean acoustic scattering problems are often formulated in the frequency domain, which ...
International audienceThe equations of motion in a macroscopically inhomogeneous porous medium satur...
State-of-the-art computational methods for linear acoustics are reviewed. The equations of linear ac...
The theory of Green's functions for the wave and Helmholtz equations is examined with particular att...
AbstractThis work answers a number of questions about the relationship between time-domain and frequ...
Impedance and admittance relationships in acoustics are commonly given in their frequency-domain rep...
The propagation of acoustic or ultrasonic pulses and waves in 1-D media with continuous inhomogeneit...
The wave equation (#partial deriv#_t"2 + H) u = 0 with H: = f"2(x) "n#SIGMA#_j_,_k_=_...
This paper deals with a theoretical description of the propagation of a finite amplitude acoustic wa...
The importance of expanding Green's functions, particularly free-space Green's functions, in terms o...
Acoustic wave propagation in anisotropic media with one-dimensional inhomogeneity is discussed. Usin...
International audienceConsider two media separated by a plane interface, a time- dependent source F(...
International audienceThe derivation of Green's correlation naturally arises when identifying a line...
The feasibility and efficiency of inversions in ocean acoustic travel-time tomography critically rel...
The design of phased array transducers for medical diagnostic ultrasound asks for an understanding o...
Solutions to ocean acoustic scattering problems are often formulated in the frequency domain, which ...
International audienceThe equations of motion in a macroscopically inhomogeneous porous medium satur...
State-of-the-art computational methods for linear acoustics are reviewed. The equations of linear ac...
The theory of Green's functions for the wave and Helmholtz equations is examined with particular att...