You are viewing the documentation for an older COMSOL version. The latest version is available here.
Theory for the Particle Tracing for Fluid Flow Interface
The Particle Tracing for Fluid Flow Interface theory is described in this section:
•
Particle Motion in a Fluid
•
Drag Force in a Rarefied Flow
•
Particle Motion in a Turbulent Flow
•
Virtual Mass Force
•
Pressure Gradient Force
•
Particle Motion in a Shear Flow
•
Brownian Force
•
Electric and Magnetic Forces
•
Dielectrophoretic Force
•
Magnetophoretic Force
•
Acoustophoretic Radiation Force
•
Thermophoretic Force
•
Erosion Theory
•
Droplet Breakup Theory
•
Nozzle Theory
•
Computing Particle Temperature
•
Computing Particle Mass or Diameter
•
Types of Particle Size Distribution
•
Charge Accumulation
•
References for the Particle Tracing for Fluid Flow Interface