AeroSolved: EULERIAN COMPUTATIONAL PLATFORM FOR POLYDISPERSE AEROSOL TRANSPORT, EVOLUTION AND DEPOSITION

We have developed AeroSolved - a computational code for simulations of multi-species aerosol flows in a multiphase coupled framework based on the OpenFOAM computational platform. The code was developed to study flows with aerosols including their generation via nucleation process through their transport, evolution and finally deposition. The Eulerian framework is adopted with discretized sectional (for arbitrary shaped size distribution) and two-moment (for log-normal size distribution) aerosol dynamics with gas and liquid phases modelled as continuous fields including temperature and phase changes and density variations.