Propagation Losses of Underwater‐Explosion Shock Waves

The Propagation of Shock Waves in a

The shock wave structure in a moderately dense gas is studied by numerically solving the one-dimensional Enskog kinetic equation. The numerical method is based on a combination of a nite difference scheme for the streaming term and a Monte Carlo quadrature technique to evaluate the collision integral. The obtained shock prooles are compared to the results of Navier-Stokes theory and to molecula...

Propagation and interaction of shock waves of quasilinear equation ∗

We propose a new regularization method for constructing a shock wave type solution with nonsmooth front (interaction of shock waves) for quasilinear equations in the onedimensional case.

Propagation of Spherical Shock Waves in Stellar Interiors.

Propagation and dispersion of shock waves in magnetoelastic materials

Previous studies examining the response of magnetoelastic materials to shock waves have predominantly focused on applications involving pulsed power generation, with limited attention given to the actual wave propagation characteristics. This study provides detailed magnetic and mechanical measurements of magnetoelastic shock wave propagation and dispersion. Laser generated rarefacted shock wav...

Propagation of Current Waves along Quasi-Periodical Thin-Wire Structures: Accounting of Radiation Losses

The homogeneous problem of current propagation along a thin wire of arbitrary geometric form near ground is reduced use of the Full-Wave Transmission Line Theory [8-10] to a Schrödinger-like differential equation, with a “potential” depending on both the geometry of the wire and frequency. The “potential” is a complex – valued quantity that corresponds to either radiation losses in the framewor...