Its lead author, Robin Canup, is an expert in using large - scale
hydrodynamical simulations to model planet - scale collisions.
Three - dimensional
hydrodynamical simulations of proto - cluster formation show that at least 50 % of the initial proto - cluster kinetic energy has to be rotational in order to obtain strong stellar - spin alignment within a cluster.
The project will involve performing
hydrodynamical simulations to study tidal flows in spherical and ellipsoidal geometries using one or more existing codes (including Nek5000).
My current models combine
hydrodynamical simulations of gas evolution and dust growth, which include the coagulation and fragmentation of particles.
Now, with the known orientation Ruobing Dong could carry out
hydrodynamical simulations of how the star and the disk would interact — even if started without spiral arms, these quickly form in the simulations and follow the morphology of the scattered light images extremely well.
Laughlin is currently working on several problems that employ
hydrodynamical simulations.
In order to answer this question, theoretical astrophysicists work with cosmological,
hydrodynamical simulations.
Canup is one of the leading scientists using large - scale
hydrodynamical simulations to model planet - scale collisions, including the prevailing Earth - Moon formation model.
«Magneticum Pathfinder: Evolution of the universe in unmatched precision: New most comprehensive
hydrodynamical simulation of the universe's visible structure.»
A hydrodynamical simulation shows a cocoon breaking out of the neutron star merger.