Distributed CSE Support for HECToR-enabled Step Change in Turbulent Multiphase Combustion Simulation

Lucian Anton
Numerical Algorithms Group Ltd,
Wilkinson House, Jordan Hill Road,

Abstract:

DSTAR simulates multiphase reactive flows in which complex interactions exist among vortex dynamics, entrainment, mixing, turbulence, combustion and evaporating droplets. The macroscopic turbulent behaviour and thermodynamical properties are obtained using direct numerical simulation from the original governing equations. The work done in this dCSE project will enable DSTAR to simulate new physical regimes over larger domains and longer times scales by increasing parallel scalability, serial performance and efficient input/output operations for large data sets.