SS03: Settling Slurry Friction Loss Modeling

Learn how to model settling slurry friction losses using established correlations for horizontal and non-horizontal pipes.

Course curriculum

1. Welcome to the Course
2. Learning Objectives
3. Course Outline
1. Additive Pressure Drop Concept
2. Friction Loss Correlations Overview
1. Durand Correlation Equation
2. Durand Correlation
1. Problem Statement
2. Calculation Options Configuration
3. Solids Database Entry
4. Building the model
5. Model Analysis
6. Download
1. Wasp Correlation
1. Liu - Dezhong Correlation
1. Vsm Correlation Equation
2. Vsm Correlation Applications and Limitations
1. Problem Statement
2. Calculation Options Configuration
3. Building the model
4. Model Analysis
1. V50 / WASC Correlation Equation
2. V50 / WASC Correlation
3. V50 vs. WASC Correlation Key Differences
1. Problem Statement
2. Model Analysis
3. Extracting V50 Correlation Data
4. Configuring V50 Calculation Options
5. V50 vs. WASC Results Variance Analysis
6. Download
1. 4CM Equation
2. 4CM vs. Sellgren - Wilson Key Differences
1. Problem Statement
2. Intro to Solids Grading
3. Building the model
4. Model Solids Grading
5. 4CM vs. V50 Correlation Analysis
6. 4CM vs. VSM Correlation Analysis
7. Analysis Summary
8. Download
1. Non-Horizontal Pipe Flows
2. Inclined Pipe Friction Loss
3. Vertical Pipe Friction Loss
4. Vertical Pipe WASC Loss
5. 4CM Vertical Pipe Model
6. Spelay et. al. 2017 Collisional Stress Model
1. Key Takeaways
2. Questions?
1. Friction Loss Modeling General Knowledge Quiz
1. Settling Slurry Friction Loss Modeling PDF

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