Course: Two-Phase Pipe Hydraulics and Pipe Sizing
Modules:
About the Specialization, Course Introduction, Two-Phase Flow: Horizontal Pipe (Liquid + Gas), Two-Phase Flow: Vertical Pipe (Liquid + Gas), Two-Phase Flow: Vertical Downward Flow (Liquid + Gas) - Part I, Two-Phase Flow: Vertical Downward Flow (Liquid + Gas) - Part II, Two-Phase Flow: Horizontal to Vertical Downward, Two-Phase Flow: Horizontal to Vertical Upward, Two-Phase Flow: Vertical to Horizontal Upward, Two-Phase Parameters / Terminology Part - I, Two-Phase Parameters / Terminology Part - II, Relationships for Two-Phase Parameters - Part I, Relationships for Two-Phase Parameters - Part II, Flow Pattern Maps - Part I, Flow Pattern Maps - Part II, Flow Pattern Maps - Part III, Problem Solving on Flow Regimes
Basic Equation of 2-Phase Flow: Conservation of Mass  - Part I, Basic Equation of 2-Phase Flow: Conservation of Mass  - Part II, Basic Equation of 2-Phase Flow: Conservation of Momentum - Part I, Basic Equation of 2-Phase Flow: Conservation of Momentum - Part II, Basic Equation of 2-Phase Flow: Conservation of Energy, Homogeneous Model - 1  - Part I, Homogeneous Model - 1  - Part II, Homogeneous Model - 2  - Part I, Homogeneous Model - 2  - Part II, Two-Phase Friction Factor, Evaluation of Pressure Drop - Part I, Evaluation of Pressure Drop - Part II, Application of Theory to Experimental Data, Problem Solving - Components of Total Static Pressure Drop in single & Two-phase flow - Part I, Problem Solving - Components of Total Static Pressure Drop in single & Two-phase flow - Part II, Problem Solving - Components of Total Static Pressure Drop in single & Two-phase flow - Part III
Separated Flow Model, Two-Phase Multiplier - Part I, Separated Flow Model, Two-Phase Multiplier - Part II, Lockhart-Martinelli, Martinelli-Nelson and Thom Correlations - Part I, Lockhart-Martinelli, Martinelli-Nelson and Thom Correlations - Part II, Barcozy, Chisholm's and Friedel Correlations - Part I, Barcozy, Chisholm's and Friedel Correlations - Part II, Problem Solving on Two-phase Graphical Correlations - Part I, Problem Solving on Two-phase Graphical Correlations - Part II, Problem Solving  on Pressure Drop by using Martinelli- Nelson and Thom Correlations - Part I, Problem Solving  on Pressure Drop by using Martinelli- Nelson and Thom Correlations - Part II, Problem Solving  on Pressure Drop by using Martinelli- Nelson and Thom Correlations - Part III, Drift Flux Model, Slip Ratio Correlations, Problem Solving on Void Fraction and Gravitational Pressure Drop by Slip Ratio Correlations - Part I, Problem Solving on Void Fraction and Gravitational Pressure Drop by Slip Ratio Correlations - Part II, KαH Correlations, Problem Solving on Void Fraction and Gravitational Pressure Drop by KαH Correlations, Drift Flux Correlations, Problem Solving on Void Fraction and Gravitational Pressure Drop by Drift Flux Correlations - Part I, Problem Solving on Void Fraction and Gravitational Pressure Drop by Drift Flux Correlations - Part II
Pressure Drop due to Sudden Enlargement  - Part I, Pressure Drop due to Sudden Enlargement  - Part II, Problem Solving on Pressure Drop due to Sudden Enlargement - Part I, Problem Solving on Pressure Drop due to Sudden Enlargement - Part II, Pressure Drop due to Sudden Contraction, Problem Solving on Pressure Drop due to Sudden Contraction, Pressure Drop through a Sharp Edged Orifice  - Part I, Pressure Drop through a Sharp Edged Orifice  - Part II, Problem Solving on Total Static Pressure Drop Through a Sharp Edged Orifice, Pressure Drop through a Nozzle, Venturi, Bend, Fittings, Problem Solving on Total Static Pressure Drop Through a Nozzle, Venturi, Bend, Fittings - Part I, Problem Solving on Total Static Pressure Drop Through a Nozzle, Venturi, Bend, Fittings - Part II, Pressure Drop Calculation for Parallel Pipes - Part I, Pressure Drop Calculation for Parallel Pipes - Part II, Pressure Drop Calculation for Series Pipes - Part I, Pressure Drop Calculation for Series Pipes - Part II, Determination of Flow Rate in Pipe Network - Part I, Determination of Flow Rate in Pipe Network - Part II