Towards Visulations of Astrophysical Accretion Disk on HPC Clusters with AccretionSim.

In this paper we present a novel architecture for visulation of astrophysical accretion disk on HPC Clusters. Visulation is a portmanteau describing a coupled system where graphic visualization and computer simulation occur simultaneously. Accretion disk investigations are critical for advancing research in astrophysical phenomena such as star birth, stellar collisions and black-hole formation. However, there exists a lack of accelerated simulations and accelerated visulations of such simulations for accretion disks. Our ongoing research attempts to fulfil this gap by providing accelerated visulations. The reference architecture we present in this paper is being implemented in a modern simulator named AccretionSim, that performs numerical simulations and graphical visualizations for astrophysical accretion disk on HPC Clusters.