Flow of Liquids Through Pipes, Fittings and Valves

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Chemical Engineering Guy

7:01:42

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1. Introduction

1. WelcomeTrailer.mp4

03:13

2. Before you Start - Course Overview.mp4

03:43

3. Fluid Mechanics Series - Course Structure.html

4. About this Course.mp4

04:21

5. Introduction to Piping Systems. Why We Need Piping systems.mp4

08:16

6. Basic Review of Topics + Mechanical Energy Equation Review.mp4

01:11:41

2. All About Pipes Types, Materials & Standards

1. All About Pipes.mp4

00:55

2. Pipes, Piping, Pipeline, Piping Systems.mp4

03:54

3. Pipe Selection Criteria.mp4

03:09

4. Piping Materials & Piping Standards (ASTM, API, B88, etc...).mp4

03:45

5. Pipe Sizing (ASME, BWG and Others).mp4

11:37

6. Context of Material Roughnes.mp4

05:27

7. Common Piping Problems & Troubleshooting.mp4

07:12

8. Closure of Pipes.mp4

00:33

3. Fittings & Valves Used in Piping Systems

1. Introduction to Fittings & Valves!.mp4

01:01

2. Common Accesories Found in Piping Systems Fittings & Valves.mp4

02:59

3. Accesories that Wont Affect Fluid Flow Pipe Hangers, Base, Shoes, etc..mp4

06:29

4. Fittings that Affect Fluid Flow Expanders, Contractors, Elbows, Reducers, etc..mp4

06:53

5. What Are Valves Why We Need Them in the Industry.mp4

01:31

6. Common Industrial Valves Ball, Globe, Gate, Butterfly, Check, Safety Valves & M.mp4

05:42

7. Problems & Troubleshooting of Fittings & Valves.mp4

04:11

8. Section Closure - Fittings & Valves.mp4

00:20

4. Fundamentals of Fluid Flow in Pipes (REVIEW)

1. Introduction to Fluid Flow in Pipes.mp4

01:06

2. Reynolds Number and Types of Flow.mp4

05:20

3. Types of Flow Laminar, Transient & Turbulent.mp4

10:51

4. Turbulent Flow (Theory + Exercise).mp4

03:53

5. Special Case Plug Flow.mp4

01:00

6. Relative Roughness - What is it.mp4

07:44

7. Non-Cylindrical Pipes Hydraulic Radius and Equivalent Diameter.mp4

06:25

8. Exercises Non-Cylindrical Pipes Hydraulic Radius and Equivalent Diameter.mp4

09:34

9. Closure of Fluid Flow in Pipes.mp4

00:22

5. Friction Loss in Pipes (a.k.a. Head Loss or Pressure Loss) Hfs

1. Introduction to Friction Loss in Pipes (Hfs).mp4

01:00

2. What Is Friction How Is It Related to Head Loss.mp4

07:52

3. Introduction to the Friction Factor - (Darcy's and Fanning Models in Laminar and.mp4

14:41

4. How to Read Moodys Chart for Friction Factor - Theory and Exercise.mp4

13:30

5. Friction Factor Equations Chen, Swamee Jain, Hazen Williams & More!.mp4

12:07

6. NOTE Energy Loss vs Friction Factor.mp4

01:09

7. Energy Loss due to Pipe Wall Friction - Theory and Exercises.mp4

25:20

8. Closure to Friction Loss in Pipes.mp4

00:34

6. Friction Loss in Fittings & Valves (Hff)

1. Introduction to Friction Loss due to Fittings & Valves (Hff).mp4

00:22

2. Friction Loss in Fittings & Valves - Theory & Exercises.mp4

14:00

3. K Constant for Fittings & Valves - Theory & Exercises.mp4

09:40

4. NOTE Why relating to Equivalent Lenght is Important.mp4

01:47

5. How to Relate Friction due to Fittings to Pipe Wall (Hfs and Hff) + Exercise.mp4

08:34

6. Putting it All Together Friction Loss due to Pipe Walls, Fittings and Valves.mp4

12:51

7. Closure of Friction Loss due to Fittings & Valves.mp4

00:36

7. Solved Problems Liquid Flow through Pipes, Fittings & Valves

1. Introduction to Friciton Loss in Piping Systems.mp4

00:29

2. Basics & Reynolds Number.html

3. Ex. 043 Relationship Between Volumetric Flow Rate, Area and Velocity (Basic Engi.mp4

01:32

4. Ex. 045 Continuity Equation Application (Basic Eng).mp4

03:46

5. Ex. 046 Relating Velocity and Volumetric Flow to Get the Pipes Diameter (Basic E.mp4

02:03

6. Ex. 047 Continuity Equation Applied to a Pipe Reduction.mp4

03:41

7. Ex. 049 Interesting Pressure Drop in an Expanded Pipe (Bernoulli).mp4

05:25

8. Ex. 052 Relating Pressure Drop With Velocities (Bernoulli).mp4

04:39

9. Ex. 053 Pressure Drops Due to Velocity Changes (Bernoulli).mp4

04:14

10. Ex. 020 Reynolds Number and Pressure Drop in a Non-Cylindrical Pipe.mp4

04:39

11. Ex. 061 Identifying Type of Flow Laminar or Turbulent Flow.mp4

05:13

12. Ex. 063 Minimum Pipe Diameter Given Different Operation Fluids (Reynolds Number).mp4

07:39

13. Ex. 065 Transient State Flow in a Pipe (Reynolds Number).mp4

03:34

14. S6L03 Friction Loss in Pipes.html

15. Ex. 068 Friction Loss in a Long Pipe (Friction Loss Type I).mp4

07:25

16. Ex. 073 Using Chens Equation for Friction Factor (Friction Factor Equations).mp4

06:43

17. Ex. 075 Hazen Williams Equation (Friction Factor Equations & Friction Loss).mp4

04:52

18. Friction Loss in Fittings & Valves.html

19. Ex. 059 Calculating K Value With Experimental Data (Friction Due to Valves).mp4

07:50

20. Ex. 087 Friction Loss Due to a Pipe Connected to a Vessel (Friction Loss in Fitt.mp4

03:24

21. Ex. 089 Friction Loss Due to Gradual Expansion of 60 (Friction Loss due to Fitt.mp4

02:25

22. Ex. 091 Friction Loss in a Sudden Contraction (Friction Loss in Fittings).mp4

02:31

23. Ex. 093 Pipe Entrace Edge Effect on Friction Loss (Friction Factor in Fittings).mp4

04:24

24. Ex. 097 Pressure Drop Due to a Street Elbow (Friction Loss in Fittings).mp4

02:41

25. Closure to Friction Loss in Piping Systems.mp4

00:30

8. Closure

1. Course Content Review & Closure.mp4

04:53

2.1 20OFF Bonus Lecture.pdf

2. FINAL BONUS.html

Description

Master Piping Systems: Equipment, Design, Operation & Energy Optimization

What You'll Learn?

Fundamentals of Mechanical Energy and the Mechanical Energy Equation
Mechanical Energy Concepts
Fundamentals of Piping Systems & Valves
Friction Loss due to Pipe Friction, Fittings and Valves
Reynolds Number: Laminar, Transient and Turbulent Flow
The Friction Factor: Concept, Idea, Calculations and Impact in Piping
Pressure Drops in Pipes
Pressure Drops due to Friction Loss

Who is this for?

Scicience & Engineering Students

Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc...

Operator of Manufacturing/Process Industries

What You Need to Know?

Basic Science such as Physics & Math

More details

Description
Course Description:
Welcome to our comprehensive course on Fluid Mechanics, focusing on the dynamics of liquids as they move through pipes, fittings, and valves.
We'll also explore pipe materials, sizing, and dimensions, considering traditional options like steel and copper, as well as modern alternatives such as PVC and HDPE. Understanding how materials affect flow dynamics is vital for optimizing system performance.
In addition to pipes, we'll cover various fittings and valves used in industrial processes, each playing a critical role in regulating flow and pressure. By analyzing their impact on friction loss, you'll learn to design efficient piping networks.
This course covers essential concepts such as friction loss, pressure drop, Reynolds number, and more, tailored for professionals in the process and manufacturing industry.
The Reynolds number helps us classify flow regimes â€“ laminar, transient, or turbulent â€“ within pipes, crucial for understanding flow behavior and predicting patterns accurately.
Friction loss is central to understanding how energy dissipates as fluids encounter resistance in conduits. We'll delve into the factors contributing to friction loss, including pipe surface roughness, velocity gradients, and fluid properties.
Through equations like the Darcy-Weisbach equation and Hazen-Williams formula, you'll learn to predict pressure drops accurately.
To reinforce learning, the course offers solved problems covering friction loss calculations, pressure drop analyses, and flow rate determinations. These practical exercises will enhance your problem-solving skills and prepare you for real-world challenges in fluid mechanics.
Join us on this enlightening journey through the intricate pathways of fluid flow and hydraulic engineering, equipping you with the knowledge and skills needed to excel in your field.
What You Will Learn:
By the end of this course, you will be able to:
Mechanical Energy Concepts
Fundamentals of Piping Systems & Valves
Friction Loss due to Pipe Friction, Fittings and Valves
Reynolds Number: Laminar, Transient and Turbulent Flow
The Friction Factor: Concept, Idea, Calculations and Impact in Piping
Pressure Drops in Pipes
Pressure Drops due to Friction Loss
Fundamentals of Mechanical Energy and the Mechanical Energy Equation
Recommended Audience:
This course is suitable for both: Students & Professionals. From Undergraduate and Graduate engineering students, environmental science majors, all the way to Professionals in engineering, environmental, and technical fields.
Who this course is for:
Scicience & Engineering Students
Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc...
Operator of Manufacturing/Process Industries

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Chemical Engineering Guy

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Hi there, I'm Emmanuel Ortega, aka Chemical Engineering Guy... I've been in the Chemical Industry for about 3 years. I love applying all my knowledge learned in University to the Daily Engineering Life. From working in a Petrochemical Plant as a Process Plant Designer to working with textile material from Polyester Yarns; I could teach you a lot of how it is important to learn the Engineering subjects! My expertise: Chemical Process Design Plant Design Heat Transfer Operations and Equipment Design Industrial Polyester Yarn Online Tutoring Right now I'm preparing online material for Engineers all over the world. I have a dream in which online education will break all barriers and let Engineers all over the world learn easier and faster! Please join me in my quest! The Courses I design are entirely dynamic. You will see theory and then apply it ASAP to a real life problem! I even use the books you are using right now in your engineering courses... Hope to see you in any of the Courses I'm offering!

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