Fluid Dynamics Fundamentals

Engineering

2023-12-18

Lessons List

Overview of Incompressible Flow Applied Fluid Dynamics Course

Overview of Block AFD1 Applied Fluid Dynamics

Introduction Section 0 of AFD1 Applied Fluid Dynamics

Mass Mole and Molecular Weight Applied Fluid Dynamics Class 001

Density Specific Gravity Weight Applied Fluid Dynamics Class 002

Pressure Absolute Atmospheric Gauge Vacuum Applied Fluid Dynamics Class 004

Absolute Temperatures Applied Fluid Dynamics Class 005

Pound Force Kilogram Force and Gravitational Constant Applied Fluid Dynamics Class 006

Section 0 Conclusion Notes Applied Fluid Dynamics

Introduction to Section 1 Applied Fluid Dynamics

Systems Surroundings and Applications Applied Fluid Dynamics Class 007

Mechanic Equation NOTES 1 of 6 Applied Fluid Dynamics Class 008

Mechanic Equation NOTES 2 of 6 Applied Fluid Dynamics Class 008

Mechanic Equation NOTES 3 of 6 Applied Fluid Dynamics Class 008

Mechanic Equation NOTES 4 of 6 Applied Fluid Dynamics Class 008

Mechanic Equation NOTES 5 of 6 Applied Fluid Dynamics Class 008

Mechanic Equation NOTES 6 of 6 Applied Fluid Dynamics Class 008

End of Section 1 AFD1 Applied Fluid Dynamics

Introduction to Section 2 AFD1 Applied Fluid Dynamics

Kinetic Energy in the Mechanic Equation Applied Fluid Dynamics Class 009

Relating Velocity and Pipe s Diameter Applied Fluid Dynamics Class 010

Potential Energy in the Mechanical Equation Applied Fluid Dynamics Class 011

End of Section 2 AFD1 Applied Fluid Dynamics

Introduction of Section 3 AFD1 Applied Fluid Dynamics

Pressure and Work Applied Fluid Dynamics Class 012

End of Section 3 AFD1 Applied Fluid Dynamics

Introduction of Section 4 AFD1 Applied Fluid Dynamics

Inlet and Outlet Work Applied Fluid Dynamics Class 013

End of Section 4 AFD1 Applied Fluid Dynamics

Introduction of Section 5 AFD1 Applied Fluid Dynamics

Friction Loss in the Mechanic Energy Equation Applied Fluid Dynamics Class 014

NOTE on Friction Loss Applied Fluid Dynamics Class 014

More on Friction Loss in the MEE Applied Fluid Dynamics Class 014

End of Section 5 AFD1 Applied Fluid Dynamics

Introduction of Section 6 AFD1 Applied Fluid Dynamics

Application of the Mechanical Energy Equation Applied Fluid Dynamics Class 015

Bernoulli s Equation Applied Fluid Dynamics Class 016

Torricelli s Law Exercise Applied Fluid Dynamics Class 017

Mechanical Energy Equation Exercise Applied Fluid Dynamics Class 018

End of AFD1 Applied Fluid Dynamics

Overview of Block AFD2 Applied Fluid Dynamics

Introduction of Section 1 AFD2 Applied Fluid Dynamics

Pipe Piping Pipeline Applied Fluid Dynamics Class 019

Pipe Selection Criteria Applied Fluid Dynamics Class 020

Common Piping Material Applied Fluid Dynamics Class 021

Material Roughness Applied Fluid Dynamics Class 021

Pipe Sizing ASME vs BWG Applied Fluid Dynamics Class 022

Pipe Sizing Exercise Applied Fluid Dynamics Class 022

End of Section 1 AFD2 Applied Fluid Dynamics

Fitting Accessories in Piping Systems Applied Fluid Dynamics Class 023

End of Section 2 AFD2 Applied Fluid Dynamics

Introduction of Section 3 AFD2 Applied Fluid Dynamics

Types of Valves used in Engineering Applied Fluid Dynamics Class 024

End of AFD2 Applied Fluid Dynamics

Overview of Block AFD3 Applied Fluid Dynamics

Flow in Pipes Reynolds Number Exercise  Applied Fluid Dynamics Class 025

Laminar Transient and Turbulent Flow  Applied Fluid Dynamics Class 026

Laminar Flow  Applied Fluid Dynamics Class 026

Turbulent Exercise  Applied Fluid Dynamics Class 026

Turbulent Flow Applied Fluid Dynamics Class 026

Transient Flow Exercise Applied Fluid Dynamics Class 026

Plug Flow Introduction Applied Fluid Dynamics Class 027

Relative Roughness of Materials Applied Fluid Dynamics Class 028

Introduction of Section 2 AFD3 Applied Fluid Dynamics

Friction Factor Darcy vs Fanning Applied Fluid Dynamics Class 029

Laminar Flow and the Friction Factor Darcy vs Fanning Applied Fluid Dynamics Class 029

Turbulent Flow and the Friction Factor Darcy vs Fanning  Applied Fluid Dynamics Class 029

Moodys Diagram and the Friction Factor Darcy vs Fanning  Applied Fluid Dynamics Class 029

How to Read Moodys Diagram for Friction Loss  Applied Fluid Dynamics Class 029

Analysis of Moodys Diagram Applied Fluid Dynamics Class 029

Friction Factor Equations Applied Fluid Dynamics Class 030

Chen Equation for Friction Factor Exercise Applied Fluid Dynamics Class 031

Swamee Jain Equation for Friction Factor Exercise Applied Fluid Dynamics Class 031

Hazen Williams Equation for Friction Loss Applied Fluid Dynamics Class 031

Break of Section 2 AFD3 Applied Fluid Dynamics

Exercises of Friction Loss in Pipes Applied Fluid Dynamics Class 032

Friction Loss in Pipes Applied Fluid Dynamics Class 032

Application of Friction Loss in Pipes Applied Fluid Dynamics Class 032

Non Cylindrical Pipes Hydraulic Radius Equivalent Diameter Applied Fluid Dynamics Class 0

Non Cylindrical Pipes Exercises Applied Fluid Dynamics Class 033

Friction Loss on Fittings and Valves Applied Fluid Dynamics Class 034

Exercise 1 Friction Loss on Fittings and Valves Applied Fluid Dynamics Class 034

Exercise 2 Friction Loss on Fittings and Valves Applied Fluid Dynamics

K Constant for Fittings and Valves Applied Fluid Dynamics Class 035

Exercise of K Constant for Fittings and Valves Applied Fluid Dynamics Class 035

Friction Equivalence between Wall Friction and Fittings Applied Fluid Dynamics Class 035

Complete Friction Loss Exercise Applied Fluid Dynamics Class 037

Effect of Velocity in Friction Loss Friction Applied Fluid Dynamics Class 036

End of AFD3 Applied Fluid Dynamics

Venturi Tube Flow Measurement Applied Fluid Dynamics Class 038

Venturi Tube Exercise Applied Fluid Dynamics Class 038

Orifice Plate Flow Measurement Applied Fluid Dynamics Class 039

Orifice Plate Exercise Applied Fluid Dynamics Class 039

End of Section 2 AFD3 Applied Fluid Dynamics

Flow Rate Measurement Equipment Applied Fluid Dynamics Class 040

End of Section 3 AFD3 Applied Fluid Dynamics

End of AFD4 Applied Fluid Dynamics

Introduction of Section 1 AFD5 Applied Fluid Dynamics

Pump Types Positive Displacement Kinetic Applied Fluid Dynamics Class 041

Positive Displacement Pumps Rotatory Reciprocal Applied Fluid Dynamics Class 041

Centrifugal Pump Parts Applied Fluid Dynamics Class 041

Pump Cavitation Applied Fluid Dynamics Class 042

Net Positive Specific Head Required and Available NPSH for Cavitation Applied Fluid Dynami

Pump Cavitation Exercise NPSH required and available Applied Fluid Dynamics Class 042

Pump Power Requirement Exercise Applied Fluid Dynamics Class 043

End of Section 1 AFD5 Applied Fluid Dynamics

Introduction of Section 2 AFD5 Applied Fluid Dynamics

System Head Exercise Applied Fluid Dynamics Class 044

System Curve Applied Fluid Dynamics Class 045

System Curve Exercise 1 of 3 Applied Fluid Dynamics Class 045

System Curve Exercise 2 of 3 Applied Fluid Dynamics Class 045

System Curve Exercise 3 of 3 Applied Fluid Dynamics Class 045

End of Section 2 AFD5 Applied Fluid Dynamics

Pump Curve Diagram Construction Applied Fluid Dynamics Class 046

Pump Curve Diagrams How to Read them Applied Fluid Dynamics Class 046

Impeller s Diameter Effect Pump Curve Applied Fluid Dynamics Class 047

Pump Efficiency Effect Pump Curve Applied Fluid Dynamics Class 048

Exercises on Pump Efficiency Effect Pump Curve Applied Fluid Dynamics Class 049

Pump Power Requirement Pump Curve Applied Fluid Dynamics Class 050

NPSH Required of a Pump Pump Curve Applied Fluid Dynamics Class 051

Full Pump Performance Curves Applied Fluid Dynamics Class 052

Pump Selection Methodology  Applied Fluid Dynamics Class 053

Pump Selection Step 1 of 5 Applied Fluid Dynamics Class 053

Pump Selection Step 1 of 5 Specific Velocity Applied Fluid Dynamics Class 053

Pump Selection Step 2 of 5 Supplier s Pumps Applied Fluid Dynamics Class 053

Pump Selection Step 3 of 5 Adjusting the System s Curve Applied Fluid Dynamics Class 053

Pump Selection Step 4 of 5 Operation Point Applied Fluid Dynamics Class 053

Pump Selection Step 5 of 5 Optimizing the Operation Point Applied Fluid Dynamics Class 05

Pump Selection Summary Applied Fluid Dynamics Class 053

Pump Selection Exercise Applied Fluid Dynamics Class 053

Pump Performance Diagram Reading Mistakes  Applied Fluid Dynamics Class 054

Conclusion and Final Notes on Pump Selection Applied Fluid Dynamics Class 054

Pump Affinity Laws Exercises Applied Fluid Dynamics Class 055

Parallel vs Series Pumps Applied Fluid Dynamics Class 056

Parallel vs Series Pumps Exercise Applied Fluid Dynamics Class 056

Software used to Model Pumping Systems Applied Fluid Dynamics Class 057

End of AFD5 Applied Fluid Dynamics

Type of Problems in Applied Fluid Mechanics Applied Fluid Dynamics Class 058

Problem Type II in Applied Fluid Mechanics Applied Fluid Dynamics Class 0

Problem Type III in Applied Fluid Mechanics Applied Fluid Dynamics Class 061

Problem Type I in Applied Fluid Mechanics Applied Fluid Dynamics Class 059

End of Section 1 AFD6 Applied Fluid Dynamics

Parallel Flow Intro Applied Fluid Dynamics Class 062

Parallel Flow Cases Applied Fluid Dynamics Class 062

Complex Piping Modeling Introduction Applied Fluid Dynamics Class 063

Introduction of Section 1 AFD6 Applied Fluid Dynamics

Introduction to Agitation and Mixing Applied Fluid Dynamics Class 64

More on Agitation and Mixing Applied Fluid Dynamics Class 064

Agitation and Mixing Equipment Impeller Vessels Baffles etc  Applied Fluid Dynamics Clas

Radial vs Axial Applied Fluid Dynamics Class 066

Agitation Flow Patterns Applied Fluid Dynamics Class 067

End of Section 1 AFD7 Applied Fluid Dynamics

Design of Agitation Tanks Applied Fluid Dynamics Class 068

Flow Number Intro Applied Fluid Dynamics Class 069

Power Consumption in Agitation Applied Fluid Dynamics Class 070

Power Requirements in Laminar and Turbulent Agitation Applied Fluid Dynamics Class 070

Newtonian vs Non Newtonian Liquids in Agitation Applied Fluid Dynamics Class 070

Time of Mixing and Factor Time Applied Fluid Dynamics Class 071

End of Section 2 AFD7 Applied Fluid Dynamics

Introduction of Section 3 AFD6 Applied Fluid Dynamics

Static Mixers Applied Fluid Dynamics Class 072

End of Section 3 AFD7 Applied Fluid Dynamics

Introduction of Section 4 AFD6 Applied Fluid Dynamics

Software Modeling in Agitation Mixing Applied Fluid Dynamics Class 073

End of AFD7 Applied Fluid Dynamics

End of Part 1 Incompressible flow Applied Fluid Dynamics

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Fluid Dynamics course, In this course we will learn about the behavior of fluids, their flow patterns, and their applications in engineering and natural phenomena.

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