A stellar and gas dynamical numerical model of ring galaxies.

Astronomy and Astrophysics – Astronomy

Scientific paper

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Hydrodynamics -- Galaxies: Interactions -- Galaxies: Kinematics And Dynamics, Ring Galaxies: Formation, Ring Galaxies: Evolution, Ring Galaxies: Interacting Galaxies, Ring Galaxies: Stellar Dynamics, Ring Galaxies: Gas Dynamics

Scientific paper

The formation and evolution of ring galaxies, produced by collisions between two galaxies, are investigated using a three-dimensional, combined N-body/hydrodynamical computer code. Specifically, the dependence of ring structure and temporal development is studied as a function of the mass ratio between the two colliding galaxies: a gas-rich disc galaxy and a gas-free spherical galaxy. The morphology, density, and velocity structures are given for both the stellar and gaseous components of the disc. A collision between two galaxies of equal mass is shown to be qualitatively different in many respects when compared with a collision involving galaxies of unequal mass.

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