Winkler K.-H.A., Norman M.L. (eds.) Astrophysical radiation hydrodynamics

Dordrecht, Boston: D.Reidel Publishing Company, 1982. – 586 pp. – (NATO ASI Series)This NATO Advanced Research Workshop (Garching, F.R.G., August 2-13, 1982) was devoted to the presentation, evaluation, and critical discussion of numerical methods in nonrelativistic and relativistic hydrodynamics, radiative transfer, and radiation-coupled hydrodynamics.Radiation hydrodynamics.
Problems in astrophysical radiation hydrodynamics. – by John I. Castor.
The equations of radiation hydrodynamics. – by Dimitri Mihalas.
WH80s: Numerical radiation hydrodynamics. – by Karl-Heinz A. Winkler and Michael L. Norman.
Numerical solution of the equation of radiation transfer. – by H.W. Yorke.
Implicit 2d-radiation hydrodynamics. – by Werner M. Tscharnuter.
Gas dynamics.
2-d eulerian hydrodynamics with fluid interfaces, self-gravity and rotation. – by Michael L. Norman and Karl-Heinz A. Winkler.
Munacolor: understanding high-resolution gas dynamical simulations through color graphics. – by Karl-Heinz A. Winkler and Michael L. Norman.
PPM: Piecewise-parabolic methods for astrophysical fluid dynamics. – by Paul R. Woodward.
Finite element methods for time dependent problems. – by David F. Griffiths.
Description and philosophy of spectral methods. - Philip S. Marcus.
Numerical modeling of subgrid-scale flow in turbulence, rotation, and convection. – by Philip S. Marcus.
Particle methods. – by J. W. Eastwood.
Relativistic flows.
Why ultrarelativistic numerical hydrodynamics is difficult. – by Michael L. Norman and Karl-Heinz A. Winkler.
Neutrino transport in relativity. - James R. Wilson.
Numerical relativistic gravitational collapse with spatial time slices. – by Charles R. Evans, Larry L. Smarr and James R. Wilson.
The characteristic initial value problem in general relativity. – by John M. Stewart.
Participants.