SPH simulation of two-phase flow with and without mixability
Simulation on top uses mixable fluids.
Simulation on bottom uses unmixable fluids.
Mixability is modeled by not restricting surface tension to same phase particles.
This simulation uses a new simple surface tension scheme that yields to zero clustering yet cohesive behaviour producing drops and filaments. It also uses a new fully stable viscosity scheme that cannot produce unpredicted instability when using very high viscosity factor.
Average particle number = 34084
Averag surface = 0.11
Average density variation = 7%
Space resolution = 0.0020m
Time resolution = 0.0003s
Interaction radius = 0.0080m
Properties n.1
--------------1
Incompressibility = 5000
Surface tension = 20
Viscosity = 0.05
Density = 1.0
Properties n.2
--------------2
Incompressibility = 5000
Surface tension = 20
Viscosity = 0.05
Density = 0.8
Performance = 0.09spf - 0.09fps
Speed rate = 0.20x
Simulation time = 6s
Processing time = 27m 18s
Computed frames = 17998
Video time = 30s