Single-Phase Pipe Hydraulics and Pipe Sizing by Coursera
Curriculum
22 Topics
About the Insitution
About the Specialization
Course Introduction
Introduction
Single-phase: Laminar Flow
Single-phase: Turbulent Flow
Hydraulic Radius
Reynolds Number
Flow Regime Identification of Single-phase - Part I
Flow Regime Identification of Single-phase - Part II
Bernoulli's Equation
Single-phase Pressure Drop in Pipe - Part I
Single-phase Pressure Drop in Pipe - Part II
Friction Factors Correlations
Problem Solving on Single-phase Fluid Flow Through Pipes - Part I
Problem Solving on Single-phase Fluid Flow Through Pipes - Part II
Problem Solving on Single-phase Fluid Flow Through Pipes - Part III
Moody Diagram
Problem Solving on Friction factor Pressure Drop and Pump Power - Part I
Problem Solving on Friction Factor Pressure Drop and Pump Power - Part II
Course Glossary
Assessment on Single-phase: Flow Regimes and Pressure Drop
15 Topics
Pressure Drop due to Sudden Enlargement - Part I
Pressure Drop due to Sudden Enlargement - Part II
Pressure Drop due to Sudden Contraction
Pressure Drop through a Sharp Edged Orifice - Part I
Pressure Drop through a Sharp Edged Orifice - Part II
Pressure Drop through a Nozzle
Pressure Drop through a Venturi - Part I
Pressure Drop through a Venturi - Part II
Pressure Drop at Exit and Entry of Pipeline
Pressure Drop in Valves
Problem Solving on Pressure Drop of a Piping System Using Crane Method
Pressure Drop in Fittings
Problem Solving on Major losses and Minor Losses - Part I
Problem Solving on Major losses and Minor Losses - Part II
Single-phase Pressure Drop through Piping Components
14 Topics
Pressure Drop Calculation when Pipes are Parallel
Problem Solving - Calculating Flow Rate by Using Continuity Equation
Problem Solving - Calculating Flow Rate by Using Modified Bernoulli Equation
Pressure Drop Calculation when Pipes are in Series
Problem Solving on Elevation Head Difference to Maintain the Flow Rate - Part I
Problem Solving on Elevation Head Difference to Maintain the Flow Rate - Part II
Determination of Flow Rate in Pipe Network
Problem Solving on Pipe Network Using HCM - Part I
Problem Solving on Pipe Network Using HCM - Part II
Pressure Drop Calculation in Header Pipe
Problem Solving on Headloss in Headers
Pressure Drop in Branching Pipes
Problem Solving on Flow Rate and Elevations in Network
Assessment on Single-phase Pressure Drop through Piping Networks
16 Topics
Fluid Flow Analysis: Transient and Oscillatory - Part I
Fluid Flow Analysis: Transient and Oscillatory - Part II
Introduction
Transient: Liquid Propagative Flow
Problem Solving on Types of Transient
Transient: Water Hammer
Problem Solving on Influence of the Water Hammer - Part I
Problem Solving on Influence of the Water Hammer - Part II
Transient: Single to Two-Phase
Steam Hammer
Flow Rate in Fully Filled Sloped Pipe
Flow Rate in Partly Filled Sloped Pipe
Problem Solving on Gravity Driven Flows - Part I
Problem Solving on Gravity Driven Flows - Part II
Problem Solving on Gravity Driven Flows - Part III
Assessment on Transient Analysis Water and Steam Hammer Gravity
Single-Phase Pipe Hydraulics and Pipe Sizing
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