Pipeline Fluid Flow Basics

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Muhib Aldin

2:07:06

251 View

1 - Introduction

1 - Flow in Pipes.mp4

11:51

2 - Pipeline Fluid Flow.mp4

11:03

3 - Pumps.mp4

13:37

2 - Pump in Pipeline

4 - Pipe Friction Losses.mp4

07:43

5 - Pump in Pipeline.mp4

13:13

6 - Example.mp4

13:36

7 - Pipes in Series.mp4

12:05

8 - Pipes in Parallel.mp4

20:30

9 - MultiplePump Operation.mp4

05:33

10 - Valves.mp4

09:41

11 - Pipe Fittings.mp4

08:14

Description

Fluid Flow in Pipes, Pumps, Pipe Fitting

What You'll Learn?

Understand the concepts of fluid flow in pipes and learn the basic variables incorporated into the calculations.
Be familiar with laminar and turbulent flow, pressure drop, friction losses, and fundamental fluid flow equations in pipes.
Learn the principles about transmission of fluids, joining of pipelines, pipeline supports and pipeline expansion.
Be familiar with pump classifications, pumps characteristic curves, and pump selection.

Who is this for?

Mechanical engineering and civil engineering students to learn the fundamentals they need and for the engineers and staff wanting to build their basic knowledge of pipeline fluid flow or technicians responsible for dealing with pipes, pumps, and pipe sizing.

What You Need to Know?

Minimum requirements for this course require completion of high school diploma that includes English, Math and Physics, or equivalent.

More details

Description
1. Participant in this course will learn a broad knowledge of technical systems and operating parameters needed to pump, monitor, and control the flow in pipeline systems in addition to details about fittings, multiple connections of pipes and pumps and much more.
2. Knowledge regarding working on the basic calculations associated with flow in pipes, identifying the difference between various losses pertinent to friction and fittings is clearly illustrated.
3. Understand the joining of pipes and their support by various ways such as anchor support and â€˜rolling' type devices.
3. Examples regarding calculations of flow in pipes connected in series and parallel are demonstrated.
4. Basic characteristics of pumps and their components are shown and explained.
5. Study the operation of multiple pumps and how their connections in series or in parallel are affecting the total system head or flowrate.
5. Participant will understand pipe fittings components which tie together pipelines, valves, and other parts of piping system. Also, information about fittings and their connections like screwed, welded, soldered, or flanged varieties are demonstrated.
6. Information about the various types of flanges used in pipeline connections are illustrated and how these flanges are classified according to their type or face.
7. Understand the type of valves and factors generally considered in their selection.
Who this course is for:
Mechanical engineering and civil engineering students to learn the fundamentals they need and for the engineers and staff wanting to build their basic knowledge of pipeline fluid flow or technicians responsible for dealing with pipes, pumps, and pipe sizing.

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Engineering Instruction

Muhib Aldin

Instructor's Courses

Muhib Rahmatalla, Worked as Professor and Head Instructor teaching Fluid Mechanics, Mathematics, Pipeline Transmission, Process Piping, Process Equipment, Pressure vessels, Storage tanks, REVIT MEP, AutoCAD, Autodesk Inventor, Navisworks and many other subjects in connection with Ethics in Workplaces, Contracts, and Project Managements. Accomplished studies of consultation, lectured and performed design detailed diagrams and specifications for many engineering projects in connection with water services and piping systems.EducationØ Held a Post-Doctoral position at Mechanical Engineering Department, University of Alberta, CANADAØ Ph.D. Fluid Mechanics and Thermodynamics, Department of Mechanical, Engineering, University of Manchester, England, UKWork HistoryØ Professor and/or Head Instructor (Canada, Middle East, and North Africa)Ø AutoCAD Certified Instructor (ACI)Ø AutoCAD Certified Professional (ACP)Ø Scientist, Former “Enabled Simulation & Optimization Software”, Edmonton, Alberta, CanadaØ Researcher, Aerosol Research laboratory of Alberta, University of Alberta, Edmonton, Canada

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