Alya Eulerian LES results fire extinction nozzle low mass flow rate (paraview files)

The present data complements the Deliverable 5.2. Toolchain V2 to couple CFD and multiple droplet and continuous droplet models.It includes a paraview file (*pvd) for the continuous droplet model (Eulerian-Eulerian) with an inlet mass flow rate of  0.05 kg/s. 

The unstructured mesh employed to simulate the injector system is composed by 81.6 million tetrahedrons that include the internal ow in the nozzle and the discharged atmosphere. Three levels of refinement are considered to characterize the internal ow and the near eld after the expansion, the jet penetration up to 15D (being D=2mm, the diameter of the nozzle) and the surrounding air with mesh resolution of 0.1, 0.3 and 1.5 mm respectively. A conservative level set is used in combination a a second order low dissipation finite element scheme and the LES model Vreman. 

Considered variables are: 

       : average particle size distribution

      : average density

      : average liquid fraction

      : average square liquid fraction 

      : average surface density

      : average surface density 0

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : not relevant (instantaneous values)

      : average velocity

      : not relevant (instantaneous values)