Numerical study of nonspherical black hole accretion
Research → General Relativity

Black Hole Accretion

Accretion flows, jets, and hydrodynamic disks around compact objects.

Image: A Numerical Study of Nonspherical Black Hole Accretion (Hawley, Smarr, Wilson, 1984)

Accretion flows, jets, and hydrodynamic disks around compact objects.

  1. publication

    A Numerical Study of Nonspherical Black Hole Accretion. I. Equations and Test Problems

    1984-02-01

    J. Hawley, J. R. Wilson, and L. Smarr, Astrophysical Journal, 277, 296-311 (1984).

  2. publication

    General Relativistic Hydrodynamics And Accretion Physics: A Numerical Approach

    1984-03-01

    J. F. Hawley and L. Smarr, In Problems of Collapse and Numerical Relativity, 256-269,, ed. D. Bancel and M. Signore (Reidel: Dordrecht) (1984).

  3. publication

    A Numerical Study of Nonspherical Black Hole Accretion. II. Finite Differencing and Code Calibration

    1984-06-15

    J. Hawley, J. R. Wilson, and L. Smarr, Astrophysical Journal Suppl., 55, 211-246 (1984).

  4. publication

    Numerical Models of Fat Disks: New Scenarios for Fluid Accretion into Black Holes

    1985-01-01

    J. Hawley and L. Smarr, in Numerical Astrophysics, 30-51, ed. J. Centrella, J. LeBlanc, and R. Bowers (Jones and Bartlett: Boston) (1985).

  5. publication

    General Relativistic Magnetohydrodynamics

    1985-01-01

    J. H. Sloan and L. L. Smarr, in Numerical Astrophysics, 52-68, ed. J. Centrella, J. LeBlanc, and R. Bowers (Jones and Bartlett: Boston) (1985).

  6. Science Magazine - Complexity
    publication

    An Approach to Complexity: Numerical Computations – Science Magazine

    1985-04-26

    Science 26 Apr 1985: Vol. 228, Issue 4698, pp. 403-408 DOI: 10.1126/science.228.4698.403

  7. publication

    New Paradigms For Black Hole Accretion From High-Resolution Supercomputer Experiments

    1986-06-01

    J. F. Hawley and L. Smarr, in American Institute of Physics Conference Proceedings 144: Magnetospheric Phenomena in Astrophysics, 263-290, ed. R. I. Epstein and W. C. Feldman (American Institute of Physics: New York) (1986).