Gain in-depth understanding of the multiphase flow models provided by Fluent

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Chapter 1 Overview of Multiphase Flow Hydraulics 1. Introduction to Multiphase Flow Hydraulics 2. Control Equations in Hydraulics 2.1 Particle Kinematic Description in the Lagrangian Framework 2.2 Particle Field Description in the Eulerian Framework 3. Physical Characteristics of Multiphase Flows 4. Guidelines for Applying Multiphase Flow Models Chapter 2 DPM Model 1. Introduction to the DPM Model 2. Particle Properties 3. Methods for Calculating Particle Trajectories 4. Turbulence Models 5. Boundary Conditions 6. Coupling between Fluid and Particles Chapter 3 VOF Model 1. Introduction to the VOF Model 2. Physical Characteristics Specific to the Model 3. Surface Tension, Contact Angles 4. Solution Techniques, Algorithms, etc. Chapter 4 Mixture Model 1. Introduction to the Model 2. Cavitation Model 3. Sliding Velocity Chapter 5 Euler Model 1. Introduction to the Euler Model 2. Lift Force 3. Virtual Mass Force 4. Brownian Motion 5. Interactions Between Phases, Chemical Reactions 6. Turbulence Models Chapter 6 Introduction to Multiphase Flow UDFs in FLUENT6.x