We present a study of the effects of mergers and interactions on the mass distribution of galactic systems in hierarchical clustering scenarios using the disc-bulge structural parameters and their dynamical properties to quantify them. We focus on the analysis of the Fundamental Mass Plane relation, finding that secular evolution phases contribute significantly to the determination of a plane with a slope in agreement to that of the observed luminosity relation. In these simulations, secular phases are responsible for the formation of compact stellar bulges with the correct structural parameter combination. We also test that the relations among these parameters agree with observations. The Kormendy mass relation is also reproduced...
We study the effect of mergers on the morphology of galaxies by means of the simulated merger tree a...
International audienceThe distribution of galaxy morphological types is a key test for models of gal...
Context.Satellite accretion events have been invoked for mimicking the internal secular evolutionary...
We present a study of the effects of mergers and interactions on the mass distribution of galactic s...
We present a study of the effects of mergers and interactions on the mass distribution of galactic s...
We present a study of the effects of mergers and interactions on the mass distribution of galactic s...
We study the effects of mergers on the structural properties of disc-like systems by using smooth pa...
We use cosmological SPH simulations to investigate the effects of mergers and interactions on the fo...
We explore the evolution of the stellar mass-size relation of galaxies of different morphological ty...
We use a suite of semi-empirical models to predict the galaxy-galaxy merger rate and relative contri...
We study the effect of mergers on the morphology of galaxies by means of the simulated merger tree a...
Context. Galaxy mergers are widely discussed as one possible evolution mechanism for lenticular gala...
Building galaxy merger trees from a state-of-the-art cosmological hydrodynamical simulation, Horizon...
International audienceWe present the results of a self-consistent N-body simulation following the ev...
Context. Galaxy mergers are widely discussed as one possible evolution mechanism for lenticular gala...
We study the effect of mergers on the morphology of galaxies by means of the simulated merger tree a...
International audienceThe distribution of galaxy morphological types is a key test for models of gal...
Context.Satellite accretion events have been invoked for mimicking the internal secular evolutionary...
We present a study of the effects of mergers and interactions on the mass distribution of galactic s...
We present a study of the effects of mergers and interactions on the mass distribution of galactic s...
We present a study of the effects of mergers and interactions on the mass distribution of galactic s...
We study the effects of mergers on the structural properties of disc-like systems by using smooth pa...
We use cosmological SPH simulations to investigate the effects of mergers and interactions on the fo...
We explore the evolution of the stellar mass-size relation of galaxies of different morphological ty...
We use a suite of semi-empirical models to predict the galaxy-galaxy merger rate and relative contri...
We study the effect of mergers on the morphology of galaxies by means of the simulated merger tree a...
Context. Galaxy mergers are widely discussed as one possible evolution mechanism for lenticular gala...
Building galaxy merger trees from a state-of-the-art cosmological hydrodynamical simulation, Horizon...
International audienceWe present the results of a self-consistent N-body simulation following the ev...
Context. Galaxy mergers are widely discussed as one possible evolution mechanism for lenticular gala...
We study the effect of mergers on the morphology of galaxies by means of the simulated merger tree a...
International audienceThe distribution of galaxy morphological types is a key test for models of gal...
Context.Satellite accretion events have been invoked for mimicking the internal secular evolutionary...