Abstract
1
Introduction
1.1
Current fields of ...
1.2
Overview of the ...
1.3
Plan of the ...
2
Special Relativistic Hydrodynamics
2.1
Equations
2.2
SRHD as a ...
2.3
Exact solution of ...
3
High-Resolution Shock-Capturing Methods
3.1
Relativistic PPM
3.2
The relativistic Glimm ...
3.3
Two-shock approximation for ...
3.4
Roe-type relativistic solvers
3.5
Falle and Komissarov ...
3.6
Relativistic HLL method
3.7
Marquina's flux formula
3.8
Symmetric TVD schemes ...
4
Other Developments
4.1
Van Putten's approach
4.2
Relativistic SPH
4.3
Relativistic beam scheme
5
Summary of Methods
6
Test Bench
6.1
Relativistic shock heating ...
6.2
Propagation of relativistic ...
7
Applications
7.1
Astrophysical jets
7.2
Gamma-Ray Bursts (GRBs)
8
Conclusion
8.1
Evaluation of the ...
8.2
Further developments
9
Additional Information
9.1
Algorithms to recover ...
9.2
Spectral decomposition of ...
9.3
Program
RIEMANN
9.4
Basics of HRSC ...
9.5
Newtonian SPH equations
References