A variety of observations of galaxies in clusters indicate that the gas in these galaxies is strongly affected by the cluster environment. We present results of a study of the dynamical effects of the mean cluster tidal field on a disk galaxy as it falls into a cluster for the first time on a bound orbit with constant angular momentum (Valluri 1992). The problem is studied in the restricted 3-body framework. The cluster is modelled by a modified Hubble potential and the disk galaxy is modelled as a flattened spheroid
We discuss recent observational and numerical work on tidal tails in globular clusters. Evidence of ...
We present the results of a series of numerical simulations aimed to study the evolution of a disc g...
We present a study of the effect of the galactic tidal field on the internal energy of molecular clo...
The restricted three-body method is used to model the effect of the mean tidal field of a cluster of...
Using N-Body/Treecode, SPH simulations, including a self regulating Star Formation-feedback model, t...
Recent spectroscopic observations of galaxies in distant clusters have revealed that the rate of sta...
Context. Tidal interactions of galaxies in galaxy clusters have been proposed as one potential expla...
International audienceUsing N-body simulations, we study the formation and evolution of tidally indu...
Star clusters are subject to density irregularities in their host galaxy, such as giant molecular cl...
Strong tidal forces can dominate star cluster evolution in merging galaxies, determining their mass ...
Strong tidal forces can dominate star cluster evolution in merging galaxies, determining their mass-...
We present N-body simulations of realistic globular clusters containing initial mass function in the...
We present N-body simulations of star clusters that initially evolve within a strong compressive tid...
We study the stellar morphological evolution of disc galaxies within clusters in the TNG50 and TNG10...
Recent numerical studies have shown that mean tidal fields in clusters of galaxies can cause a signi...
We discuss recent observational and numerical work on tidal tails in globular clusters. Evidence of ...
We present the results of a series of numerical simulations aimed to study the evolution of a disc g...
We present a study of the effect of the galactic tidal field on the internal energy of molecular clo...
The restricted three-body method is used to model the effect of the mean tidal field of a cluster of...
Using N-Body/Treecode, SPH simulations, including a self regulating Star Formation-feedback model, t...
Recent spectroscopic observations of galaxies in distant clusters have revealed that the rate of sta...
Context. Tidal interactions of galaxies in galaxy clusters have been proposed as one potential expla...
International audienceUsing N-body simulations, we study the formation and evolution of tidally indu...
Star clusters are subject to density irregularities in their host galaxy, such as giant molecular cl...
Strong tidal forces can dominate star cluster evolution in merging galaxies, determining their mass ...
Strong tidal forces can dominate star cluster evolution in merging galaxies, determining their mass-...
We present N-body simulations of realistic globular clusters containing initial mass function in the...
We present N-body simulations of star clusters that initially evolve within a strong compressive tid...
We study the stellar morphological evolution of disc galaxies within clusters in the TNG50 and TNG10...
Recent numerical studies have shown that mean tidal fields in clusters of galaxies can cause a signi...
We discuss recent observational and numerical work on tidal tails in globular clusters. Evidence of ...
We present the results of a series of numerical simulations aimed to study the evolution of a disc g...
We present a study of the effect of the galactic tidal field on the internal energy of molecular clo...