The method of renormalization is used to determine a uniformly valid expansion for the problem of non-linear waves produced in a fluid by spatially non-uniform simple harmonic motion of the surface of a sphere. The effect of dimensionless quantities upon the acoustic shock-formation distance is examined
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
The propagation of acoustic waves in systems with contact non-linearity and in the conditions of aco...
The method of renormalization is used to determine a uniformly valid expansion for the problem of no...
The method of renormalization is used to determine a uniformly valid expansion for the problem of no...
The method of renormalization is used to determine a uniformly valid expansion for the problem of no...
20 pages, 26 figures. Submitted to The European Physical Journal BThe focusing of acoustic waves is ...
Nonlinear propagation of spherical waves generated by a point-pressure source is considered for the ...
An implicit predictor–corrector difference scheme is employed to study the propagation of spherical ...
Using a singular perturbation analysis the nonplanar Burgers' equation is solved to yield the shock ...
The classical wave equation in spherical coordinates is expressed in terms of a residual potential a...
The nonlinear steepening of relativistic acoustic waves is investigated. The nonlinear evolution of ...
We studied the dynamic response of a twodimensional square packing of uncompressed stainless steel...
gineering. A classic problem in the study of the physics of sound in fluids is that of the finite am...
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
The propagation of acoustic waves in systems with contact non-linearity and in the conditions of aco...
The method of renormalization is used to determine a uniformly valid expansion for the problem of no...
The method of renormalization is used to determine a uniformly valid expansion for the problem of no...
The method of renormalization is used to determine a uniformly valid expansion for the problem of no...
20 pages, 26 figures. Submitted to The European Physical Journal BThe focusing of acoustic waves is ...
Nonlinear propagation of spherical waves generated by a point-pressure source is considered for the ...
An implicit predictor–corrector difference scheme is employed to study the propagation of spherical ...
Using a singular perturbation analysis the nonplanar Burgers' equation is solved to yield the shock ...
The classical wave equation in spherical coordinates is expressed in terms of a residual potential a...
The nonlinear steepening of relativistic acoustic waves is investigated. The nonlinear evolution of ...
We studied the dynamic response of a twodimensional square packing of uncompressed stainless steel...
gineering. A classic problem in the study of the physics of sound in fluids is that of the finite am...
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
Three geometrically different types of spatially one-dimensional (1-D) wave propagation are consider...
The propagation of acoustic waves in systems with contact non-linearity and in the conditions of aco...
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