Hyperbolic problems: Theory, numerics, applications. Proceedings of the 7th international conference, Zürich, Switzerland, February 1998. Vol. II (Q1284344)

The articles of this volume will be reviewed individually. The 5th conference (1994) has been reviewed (see Zbl 0903.00041). Indexed articles: \textit{Jenny, Patrick; Müller, Bernhard}, A new approach for a flux solver taking into account source terms, viscous and multidimensional effects, 503-513 [Zbl 0937.76042] \textit{Jenssen, Kristian Helge; Sinestrari, Carlo}, Blowup for hyperbolic equations, 515-524 [Zbl 0932.35026] \textit{Jochmann, F.}, Some analytical results concerning the drift diffusion equations for semiconductor devices coupled with Maxwell's equations, 525-534 [Zbl 1058.82538] \textit{Kazhikhov, Alexandre V.; Mamontov, Alexandre E.}, Transport equations and Orlicz spaces, 535-544 [Zbl 0938.35090] \textit{Klausen, Runhild Aae; Risebro, Nils Henrik}, Well-posedness of a \(2\times 2\) system of resonant conservation laws, 545-552 [Zbl 0931.35094] \textit{Klingenberg, Christian; Lu, Yun-Guang}, The relaxation limit for systems of broadwell type, 553-557 [Zbl 0926.35079] \textit{Kluwick, Alfred}, Weakly-nonlinear hyperbolic waves in BZT-fluids, 559-568 [Zbl 0926.35119] \textit{Koeber, Martin}, Inclusion of solutions of Cauchy problems for quasilinear hyperbolic equations, 569-578 [Zbl 0927.35054] \textit{Koren, Barry; Venis, Arthur}, A fed back level-set method for moving material-void interfaces, 579-588 [Zbl 0929.35114] \textit{Kulikovskii, A. G.; Pogorelov, N. V.; Semenov, A. Yu.}, Mathematical aspects of numerical solution of hyperbolic systems, 589-598 [Zbl 0926.35011] \textit{LeFloch, Philippe G.}, Existence of entropy solutions for the compressible Euler equations, 599-607 [Zbl 0926.35109] \textit{LeVeque, Randall J.; Bale, Derek S.}, Wave propagation methods for conservation laws with source terms, 609-618 [Zbl 0927.35062] \textit{Levin, M. P.}, Quasi-characteristics numerical schemes, 619-628 [Zbl 0929.65073] \textit{Li, Jiequan; Zhang, Tong}, On the initial-value problem for zero-pressure gas dynamics, 629-640 [Zbl 0926.35120] \textit{Li, Tong}, Stability and instability of detonation waves, 641-650 [Zbl 0926.35019] \textit{Liotta, Salvatore Fabio; Romano, Vittorio; Russo, Giovanni}, Central schemes for systems of balance laws, 651-660 [Zbl 0926.35081] \textit{Liska, Richard; Wendroff, Burton}, Composite centered schemes for multidimensional conservation laws, 661-670 [Zbl 0929.65067] \textit{Liu, Hailiang}, On the diffusion limit of a hyperbolic relaxation system, 671-679 [Zbl 0926.35014] \textit{Liu, Tai-Ping; Yang, Tong}, Well-posedness theory for system of hyperbolic conservation laws, 681-691 [Zbl 0931.35097] \textit{Luo, Tao; Xin, Zhouping}, Nonlinear stability of shock fronts for a relaxation system in several space dimensions, 693-702 [Zbl 0929.35093] \textit{Mao, D. K.}, Front tracking based on conservation in one and two space dimensions, 703-712 [Zbl 0972.35070] \textit{Maurer, Jochen}, A genuinely multi-dimensional scheme for mixed hyperbolic-parabolic systems, 713-722 [Zbl 0929.65084] \textit{Métivier, Guy; Joly, Jean-Luc; Rauch, Jeffrey}, Recent results in nonlinear geometric optics, 723-736 [Zbl 0938.35034] \textit{Morton, K. W.}, Evolution-Galerkin methods: Algorithms and analysis from a finite difference viewpoint, 737-746 [Zbl 0929.65080] \textit{Naldi, Giovanni; Pareschi, Lorenzo; Toscani, Giuseppe}, Hyperbolic relaxation approximation to nonlinear parabolic problems, 747-756 [Zbl 0928.35099] \textit{Noelle, Sebastian}, A comparison of third and second order accurate finite volume schemes for the two-dimensional compressible Euler equations, 757-766 [Zbl 0923.76223] \textit{Ostrov, Daniel}, Unique solutions to discontinuous Hamilton-Jacobi equations in shape-from-shading, 767-772 [Zbl 0932.35040] \textit{Peitz, Jochen; Appl, Stefan}, Relativistic dissipative hydrodynamics in the \(3+1\) formulation, 773-782 [Zbl 0926.35121] \textit{Radvogin, Yulian B.; Zaitsev, Nikolay A.}, Absolutely transparent boundary conditions for time-dependent wave-type problems, 783-792 [Zbl 0927.35058] \textit{Rozanova, Olga S.}, Blow-up of solutions in system of atmosphere dynamics, 793-801 [Zbl 0926.35122] \textit{Ruzhansky, M.}, Holomorphic factorization for the solution operators for hyperbolic equations, 803-811 [Zbl 0924.35205] \textit{Rykov, Yurii G.}, The propagation of shock waves in 2-D system of pressureless gas dynamics, 813-822 [Zbl 0928.35127] \textit{Schroll, H. Joachim; Lorenz, Jens}, Hyperbolic systems with relaxation: Symmetrizers and entropies, 823-832 [Zbl 0926.35078] \textit{Selezov, Igor}, Some hyperbolic models for wave propagation, 833-842 [Zbl 0929.35081] \textit{Serre, Denis}, Discrete shock profiles and their stability, 843-853 [Zbl 0928.35102] \textit{Sethian, J. A.}, Advances in fast marching and level set methods for propagating interfaces, 855-864 [Zbl 0929.65066] \textit{Shen, Wen; Tveito, Aslak; Winther, Ragnar}, Rate of convergence for the zero relaxation limit, 865-874 [Zbl 0926.35084] \textit{Sherwin, Spencer}, A high order Fourier/unstructured discontinuous Galerkin method for hyperbolic conservation laws, 875-884 [Zbl 0929.65082] \textit{Shirikyan, Armen; Volevich, Leonid}, Asymptotic properties of solutions to high-order hyperbolic equations generalizing the damped wave equation, 885-894 [Zbl 0929.35078] \textit{Shyue, Keh-Ming}, A volume-of-fluid algorithm for compressible two-phase flows, 895-904 [Zbl 0937.76064] \textit{Sleziona, P. C.; Auweter-Kurtz, M.; Boie, C.; Heiermann, J.; Lenzner, S.}, Numerical code for magneto-plasma flows, 905-914 [Zbl 0936.76045] \textit{Sofronov, Ivan L.}, Highly-accurate artificial boundary conditions for unsteady transonic flow problems in wind tunnels, 915-924 [Zbl 0929.35117] \textit{Tadmor, Eitan; Tang, Tao}, Pointwise convergence rate for nonlinear conservation laws, 925-934 [Zbl 0928.35100] \textit{Tefy, Tiana; Leyland, Pénélope}, Newton-GMRES resolution of ill conditioned hyperbolic systems in fluid dynamics, 935-944 [Zbl 0936.76047] \textit{Temple, Blake; Smoller, Joel}, Applications of shock-waves in general relativity, 945-952 [Zbl 0924.35183] \textit{Teshukov, Vladimir M.}, The Riemann problem for the integrodifferential equations of the shallow water theory, 953-962 [Zbl 0926.35110] \textit{Trivisa, Konstantina}, Decay and uniqueness of solutions of nonlinear hyperbolic conservation laws via generalized characteristics, 963-972 [Zbl 0933.35131] \textit{Walder, Rolf; Folini, Doris}, Radiative shocks, supersonic turbulence and structure formation in space, 973-982 [Zbl 0967.76051] \textit{Westdickenberg, Michael; Noelle, Sebastian}, A new convergence proof for FV schemes, 983-992 [Zbl 0929.65083] \textit{Yserentant, Harry}, The particle model of compressible fluids, 993-998 [Zbl 0928.35126] \textit{Zimmermann, Susanne Amy}, The method of transport for the Euler equations written as a kinetic scheme, 999-1008 [Zbl 0929.35118]