Semi-discrete Entropy Satisfying Approximate Riemann Solvers. The Case of the Suliciu Relaxation Approximation. Bouchut, F. & Morales de Luna, T. Journal of Scientific Computing, 41(3):483-509, 2009. Paper abstract bibtex Abstract In this work we establish conditions for an approximate simple Riemann solver to satisfy a semi-discrete entropy inequality. The semi-discrete approach is less restrictive than the fully-discrete case and allows to grant some other good properties for numerical schemes. First, conditions are established in an abstract framework for simple Riemann solvers to satisfy a semi-discrete entropy inequality and then the results are applied, as a particular case, to the Suliciu system. This will lead in particular to the definition of schemes for the isentropic gas dynamics and the full gas dynamics system that are stable and preserve the stationary shocks.
@Article{bouchut09semi-discrete,
author = {Bouchut, Fran{\c{c}}ois and Morales de Luna, Tom{\'a}s},
title = {{S}emi-discrete {E}ntropy {S}atisfying {A}pproximate {R}iemann {S}olvers. {T}he {C}ase of the {S}uliciu {R}elaxation {A}pproximation},
journal = {Journal of Scientific Computing},
year = {2009},
volume = {41},
number = {3},
pages = {483-509},
abstract = {Abstract In this work we establish conditions for an approximate simple
Riemann solver to satisfy a semi-discrete entropy inequality. The
semi-discrete approach is less restrictive than the fully-discrete
case and allows to grant some other good properties for numerical
schemes. First, conditions are established in an abstract framework
for simple Riemann solvers to satisfy a semi-discrete entropy inequality
and then the results are applied, as a particular case, to the Suliciu
system. This will lead in particular to the definition of schemes
for the isentropic gas dynamics and the full gas dynamics system
that are stable and preserve the stationary shocks.},
url = {http://dx.doi.org/10.1007/s10915-009-9311-3},
}
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