Канал: Ron Hugo

Pipeline Engineering Centre Overview Video - Banff Pipeline Workshop 2021

Pipeline Engineering Centre Overview Video - Banff Pipeline Workshop 2021

Heat Transfer L32 p2 - Temperatures for Parallel and Counterflow Heat Exchangers

Heat Transfer L32 p2 - Temperatures for Parallel and Counterflow Heat Exchangers

Heat Transfer L32 p1 - Log Mean Temperature Difference

Heat Transfer L32 p1 - Log Mean Temperature Difference

Heat Transfer L31 p3 - Temperature Distribution in Heat Exchangers

Heat Transfer L31 p3 - Temperature Distribution in Heat Exchangers

Heat Transfer L31 p2 - Heat Exchanger Classification

Heat Transfer L31 p2 - Heat Exchanger Classification

Heat Transfer L31 p4 - Overall Heat Transfer Coefficient

Heat Transfer L31 p4 - Overall Heat Transfer Coefficient

Heat Transfer L32 p4 - LMTD Rating Problem

Heat Transfer L32 p4 - LMTD Rating Problem

Heat Transfer L33 p3 - Effectiveness-NTU Method - Rating Problem

Heat Transfer L33 p3 - Effectiveness-NTU Method - Rating Problem

Heat Transfer L32 p3 - LMTD Sizing Problem

Heat Transfer L32 p3 - LMTD Sizing Problem

Heat Transfer L33 p1 - Effectiveness-NTU Method

Heat Transfer L33 p1 - Effectiveness-NTU Method

Heat Transfer L33 p2 - Procedures using Effectiveness-NTU Method

Heat Transfer L33 p2 - Procedures using Effectiveness-NTU Method

Heat Transfer L31 p1 - Heat Exchanger Applications

Heat Transfer L31 p1 - Heat Exchanger Applications

Heat Transfer L28 p2 - Condensation - Real-World Examples

Heat Transfer L28 p2 - Condensation - Real-World Examples

Heat Transfer L28 p1 - Condensation - Physical Mechanisms

Heat Transfer L28 p1 - Condensation - Physical Mechanisms

Heat Transfer L29 p3 - Condensation Correlations - Vertical Plate

Heat Transfer L29 p3 - Condensation Correlations - Vertical Plate

Heat Transfer L29 p2 - Condensation - Nusselt's Correlation

Heat Transfer L29 p2 - Condensation - Nusselt's Correlation

Heat Transfer L29 p1 - Condensation - Nusselt's Model

Heat Transfer L29 p1 - Condensation - Nusselt's Model

Heat Transfer L28 p3 - Condensation, Reynolds Number, and Transition

Heat Transfer L28 p3 - Condensation, Reynolds Number, and Transition

Heat Transfer L29 p4 - Condensation Correlations - Vertical Plate - Thickness Unknown

Heat Transfer L29 p4 - Condensation Correlations - Vertical Plate - Thickness Unknown

Heat Transfer L30 p2 - Example - Condensation on a Horizontal Tube Bundle

Heat Transfer L30 p2 - Example - Condensation on a Horizontal Tube Bundle

Heat Transfer L30 p1 - Condensation - Horizontal Tubes and Spheres

Heat Transfer L30 p1 - Condensation - Horizontal Tubes and Spheres

Heat Transfer L27 p1 - Nucleate Boiling Correlation

Heat Transfer L27 p1 - Nucleate Boiling Correlation

Heat Transfer L27 p2 - Film Boiling Correlation

Heat Transfer L27 p2 - Film Boiling Correlation

Heat Transfer L26 p3 - Boiling Curve

Heat Transfer L26 p3 - Boiling Curve

Heat Transfer L26 p2 - Modes of Boiling

Heat Transfer L26 p2 - Modes of Boiling

Heat Transfer L26 p1 - Boiling Heat Transfer

Heat Transfer L26 p1 - Boiling Heat Transfer

Heat Transfer L26 p4 - Burnout or Boiling Crisis

Heat Transfer L26 p4 - Burnout or Boiling Crisis

Heat Transfer L25 p3 - Free Convection Enclosed Vertical Space

Heat Transfer L25 p3 - Free Convection Enclosed Vertical Space

Heat Transfer L25 p1 - Free Convection in Enclosed Spaces

Heat Transfer L25 p1 - Free Convection in Enclosed Spaces

Heat Transfer L25 p2 - Free Convection Horizontal Enclosed Space

Heat Transfer L25 p2 - Free Convection Horizontal Enclosed Space

Heat Transfer L25 p4 - Example - Free Convection in a Double-Pane Window

Heat Transfer L25 p4 - Example - Free Convection in a Double-Pane Window

Heat Transfer L24 p1 - Free Convection - Isothermal Vertical Flat Plate

Heat Transfer L24 p1 - Free Convection - Isothermal Vertical Flat Plate

Heat Transfer L24 p2 - Free Convection - Vertical Plate - Constant Heat Flux

Heat Transfer L24 p2 - Free Convection - Vertical Plate - Constant Heat Flux

Heat Transfer L24 p3 - Free Convection - Inclined Surfaces

Heat Transfer L24 p3 - Free Convection - Inclined Surfaces

Heat Transfer L24 p6 - Example - Free Convection Vertical Isothermal Plate

Heat Transfer L24 p6 - Example - Free Convection Vertical Isothermal Plate

Heat Transfer L24 p4 - Free Convection - Horizontal Plates

Heat Transfer L24 p4 - Free Convection - Horizontal Plates

Heat Transfer L24 p5 - Free Convection - Horizontal Cylinders and Spheres

Heat Transfer L24 p5 - Free Convection - Horizontal Cylinders and Spheres

Heat Transfer L23 p1 - Free or Natural Convection

Heat Transfer L23 p1 - Free or Natural Convection

Heat Transfer L23 p2 - Natural Convection - Fluid Mechanics

Heat Transfer L23 p2 - Natural Convection - Fluid Mechanics

Heat Transfer L23 p3 - Free Convection - Governing Equations

Heat Transfer L23 p3 - Free Convection - Governing Equations

Heat Transfer L23 p4 - Free Convection - Grashof Number

Heat Transfer L23 p4 - Free Convection - Grashof Number

Heat Transfer L23 p6 - Free and Forced Convection

Heat Transfer L23 p6 - Free and Forced Convection

Heat Transfer L23 p5 - Free Convection - Isothermal Vertical Flat Plate

Heat Transfer L23 p5 - Free Convection - Isothermal Vertical Flat Plate

Heat Transfer L22 p2 - Bulk Temperature with Axial Position

Heat Transfer L22 p2 - Bulk Temperature with Axial Position

Heat Transfer L22 p1 - Energy Balance - Pipe Flow

Heat Transfer L22 p1 - Energy Balance - Pipe Flow

Heat Transfer L22 p3 - Bulk Temperature - Constant Heat Flux

Heat Transfer L22 p3 - Bulk Temperature - Constant Heat Flux

Heat Transfer L22 p4 - Bulk Temperature - Constant Wall Temperature - LMTD

Heat Transfer L22 p4 - Bulk Temperature - Constant Wall Temperature - LMTD

Heat Transfer L22 p6 - Example Problem - Non-Circular Pipe Geometry

Heat Transfer L22 p6 - Example Problem - Non-Circular Pipe Geometry

Heat Transfer L22 p5 - Non-Circular Pipe Geometry

Heat Transfer L22 p5 - Non-Circular Pipe Geometry

Heat Transfer L21 p1 - Hydrodynamic Entrance Region - Pipe Flow

Heat Transfer L21 p1 - Hydrodynamic Entrance Region - Pipe Flow

Heat Transfer L21 p2 - Thermal Entrance Region - Pipe Flow

Heat Transfer L21 p2 - Thermal Entrance Region - Pipe Flow

Heat Transfer L21 p3 - Bulk or Mean Temperature - Pipe Flow

Heat Transfer L21 p3 - Bulk or Mean Temperature - Pipe Flow

Heat Transfer L21 p4 - Laminar Pipe Flow - Nusselt Number

Heat Transfer L21 p4 - Laminar Pipe Flow - Nusselt Number

Heat Transfer L21 p5 - Turbulent Pipe Flow - Dittus-Boelter Equation

Heat Transfer L21 p5 - Turbulent Pipe Flow - Dittus-Boelter Equation

Heat Transfer L20 p4 - Pressure Drop across Tube Bundles

Heat Transfer L20 p4 - Pressure Drop across Tube Bundles

Heat Transfer L20 p3 - Umax in a Tube Bundle

Heat Transfer L20 p3 - Umax in a Tube Bundle

Heat Transfer L20 p2 - Convective Heat Transfer - Tube Bundles

Heat Transfer L20 p2 - Convective Heat Transfer - Tube Bundles

Heat Transfer L20 p1 - Fluid Mechanics of Tube Bundles

Heat Transfer L20 p1 - Fluid Mechanics of Tube Bundles

Heat Transfer L19 p2 - Boundary Layer Separation on a Cylinder

Heat Transfer L19 p2 - Boundary Layer Separation on a Cylinder

Heat Transfer L19 p4 - Nusslet Number - Non-Circular Cylinders

Heat Transfer L19 p4 - Nusslet Number - Non-Circular Cylinders

Heat Transfer L19 p1 - Convective Heat Transfer - Cylinder

Heat Transfer L19 p1 - Convective Heat Transfer - Cylinder

Heat Transfer L19 p3 - Nusslet Number - Cylinder in Cross Flow

Heat Transfer L19 p3 - Nusslet Number - Cylinder in Cross Flow

Heat Transfer L18 p1 - Laminar Boundary Layer - Isothermal Plate

Heat Transfer L18 p1 - Laminar Boundary Layer - Isothermal Plate

Heat Transfer L18 p3 - Empirical Relationships

Heat Transfer L18 p3 - Empirical Relationships

Heat Transfer L18 p2 - Laminar Boundary Layer - Constant Heat Flux

Heat Transfer L18 p2 - Laminar Boundary Layer - Constant Heat Flux

Heat Transfer L18 p4 - Turbulent Boundary Layer - Isothermal Plate

Heat Transfer L18 p4 - Turbulent Boundary Layer - Isothermal Plate

Heat Transfer L17 p2 - Flat Plate Boundary Layer

Heat Transfer L17 p2 - Flat Plate Boundary Layer

Heat Transfer L17 p4 - Thermal Boundary Layer

Heat Transfer L17 p4 - Thermal Boundary Layer

Heat Transfer L17 p1 - Principles of Convection

Heat Transfer L17 p1 - Principles of Convection

Heat Transfer L17 p3 - Laminar Boundary Layer

Heat Transfer L17 p3 - Laminar Boundary Layer

Heat Transfer L17 p5 - Colburn Analogy

Heat Transfer L17 p5 - Colburn Analogy

Heat Transfer L16 p2 - Example - Sphere - Transient Convection - Heisler Chart

Heat Transfer L16 p2 - Example - Sphere - Transient Convection - Heisler Chart

Heat Transfer L15 p2 - Nomenclature - Transient - Slab, Cylinder, Sphere

Heat Transfer L15 p2 - Nomenclature - Transient - Slab, Cylinder, Sphere

Heat Transfer L15 p5 - Sphere Transient Convective Solutions

Heat Transfer L15 p5 - Sphere Transient Convective Solutions

Heat Transfer L15 p4 - Cylinder Transient Convective Solutions

Heat Transfer L15 p4 - Cylinder Transient Convective Solutions

Heat Transfer L16 p1 - Example - Sphere - Transient Convection - Approximate Equations

Heat Transfer L16 p1 - Example - Sphere - Transient Convection - Approximate Equations

Heat Transfer L15 p1 - Semi-Infinite Solid Transient Solutions

Heat Transfer L15 p1 - Semi-Infinite Solid Transient Solutions

Heat Transfer L15 p3 - Slab Transient Convective Solutions

Heat Transfer L15 p3 - Slab Transient Convective Solutions

Heat Transfer L14 p5 - Experiment - Lumped Capacitance Method

Heat Transfer L14 p5 - Experiment - Lumped Capacitance Method

Heat Transfer L14 p4 - Example - Lumped Capacitance Method

Heat Transfer L14 p4 - Example - Lumped Capacitance Method

Heat Transfer L14 p3 - Lumped Capacitance Method

Heat Transfer L14 p3 - Lumped Capacitance Method

Heat Transfer L14 p1 - Introduction to Transient Conduction

Heat Transfer L14 p1 - Introduction to Transient Conduction

Heat Transfer L14 p2 - Heat Equation Transient Solution

Heat Transfer L14 p2 - Heat Equation Transient Solution

Heat Transfer L13 p1 - Heat Equation Excel Solver

Heat Transfer L13 p1 - Heat Equation Excel Solver

Heat Transfer L13 p4 - Excel Solver - Convection / Radiation Boundary Conditions

Heat Transfer L13 p4 - Excel Solver - Convection / Radiation Boundary Conditions

Heat Transfer L13 p2 - Excel Solver - Simple Boundary Conditions

Heat Transfer L13 p2 - Excel Solver - Simple Boundary Conditions

Heat Transfer L13 p3 - Excel Solver - Complex Boundary Conditions

Heat Transfer L13 p3 - Excel Solver - Complex Boundary Conditions

Heat Transfer L12 p4 - Convection / Radiation Boundary Condition

Heat Transfer L12 p4 - Convection / Radiation Boundary Condition

Heat Transfer L12 p2 - Heat Flux Boundary Condition

Heat Transfer L12 p2 - Heat Flux Boundary Condition

Heat Transfer L12 p1 - Finite Difference Heat Equation

Heat Transfer L12 p1 - Finite Difference Heat Equation

Heat Transfer L12 p3 - Convection Boundary Condition

Heat Transfer L12 p3 - Convection Boundary Condition

Heat Transfer L11 p2 - What are Numerical Methods?

Heat Transfer L11 p2 - What are Numerical Methods?

Heat Transfer L11 p1 - Introduction to Numerical Methods

Heat Transfer L11 p1 - Introduction to Numerical Methods

Heat Transfer L11 p3 - Finite Difference Method

Heat Transfer L11 p3 - Finite Difference Method

Heat Transfer L10 p3 - Example - Shape Factors

Heat Transfer L10 p3 - Example - Shape Factors

Heat Transfer L10 p2 - Shape Factors

Heat Transfer L10 p2 - Shape Factors

Heat Transfer L10 p1 - Solutions to 2D Heat Equation

Heat Transfer L10 p1 - Solutions to 2D Heat Equation

Heat Transfer L8 p2 - Fin Equation

Heat Transfer L8 p2 - Fin Equation

Heat Transfer L8 p1 - Introduction to Fins

Heat Transfer L8 p1 - Introduction to Fins

Heat Transfer L8 p3 - Boundary Conditions for the Fin Equation

Heat Transfer L8 p3 - Boundary Conditions for the Fin Equation

Heat Transfer L9 p2 - Example - Square Rod Fin

Heat Transfer L9 p2 - Example - Square Rod Fin

Heat Transfer L8 p4 - Example - Rod Fin

Heat Transfer L8 p4 - Example - Rod Fin

Heat Transfer L9 p1 - Fin Efficiency and Corrected Length

Heat Transfer L9 p1 - Fin Efficiency and Corrected Length

Heat Transfer L7 p1 - Internal Generation Systems

Heat Transfer L7 p1 - Internal Generation Systems

Heat Transfer L7 p3 - Temperature Distribution within Curing Concrete

Heat Transfer L7 p3 - Temperature Distribution within Curing Concrete

Heat Transfer L7 p2 - Example - Internal Generation within a Slab

Heat Transfer L7 p2 - Example - Internal Generation within a Slab

Heat Transfer L3 p3 - Why study heat transfer?

Heat Transfer L3 p3 - Why study heat transfer?

Heat Transfer L3 p2 - Example - Combined Modes of Heat Transfer

Heat Transfer L3 p2 - Example - Combined Modes of Heat Transfer

Heat Transfer L6 p5 - R-Value and Thermal Resistance

Heat Transfer L6 p5 - R-Value and Thermal Resistance

Heat Transfer L6 p4 - Thermal Contact Resistance

Heat Transfer L6 p4 - Thermal Contact Resistance

Heat Transfer L5 p1 - Alternative Method - Conduction

Heat Transfer L5 p1 - Alternative Method - Conduction

Heat Transfer L4 p3 - Common Boundary Conditions

Heat Transfer L4 p3 - Common Boundary Conditions

Heat Transfer L5 p3 - Example - Cylindrical Conduction

Heat Transfer L5 p3 - Example - Cylindrical Conduction

Heat Transfer L4 p2 - Derivation - Heat Diffusion Equation

Heat Transfer L4 p2 - Derivation - Heat Diffusion Equation

Heat Transfer L6 p1 - Summary of One-Dimensional Conduction Equations

Heat Transfer L6 p1 - Summary of One-Dimensional Conduction Equations

Heat Transfer L6 p2 - Thermal Resistance

Heat Transfer L6 p2 - Thermal Resistance

Heat Transfer L5 p4 - Example - Spherical Conduction

Heat Transfer L5 p4 - Example - Spherical Conduction

Heat Transfer L4 p1 - General Conduction Analysis

Heat Transfer L4 p1 - General Conduction Analysis

Heat Transfer L5 p2 - Example - One-Dimensional Conduction

Heat Transfer L5 p2 - Example - One-Dimensional Conduction

Heat Transfer L3 p1 - Surface Energy Balance

Heat Transfer L3 p1 - Surface Energy Balance

Heat Transfer L6 p3 - Example - Thermal Resistance

Heat Transfer L6 p3 - Example - Thermal Resistance

Heat Transfer L2 p7 - Leslie's Cube and Emissivity

Heat Transfer L2 p7 - Leslie's Cube and Emissivity

Heat Transfer L1 p1 - Three Types of Heat Transfer

Heat Transfer L1 p1 - Three Types of Heat Transfer

Heat Transfer L2 p4 - Physical Mechanisms - Radiation

Heat Transfer L2 p4 - Physical Mechanisms - Radiation

Heat Transfer L2 p3 - Example Problem - Convection

Heat Transfer L2 p3 - Example Problem - Convection

Heat Transfer L2 p1 - Physical Mechanisms - Convection

Heat Transfer L2 p1 - Physical Mechanisms - Convection

Heat Transfer L1 p3 - Physical Mechanisms - Conduction

Heat Transfer L1 p3 - Physical Mechanisms - Conduction

Heat Transfer L2 p5 - Radiative Heat Transfer - Simplified

Heat Transfer L2 p5 - Radiative Heat Transfer - Simplified

Heat Transfer L2 p6 - Example Problem - Radiation

Heat Transfer L2 p6 - Example Problem - Radiation

Heat Transfer L1 p5 - Example Problem - Conduction

Heat Transfer L1 p5 - Example Problem - Conduction

Heat Transfer L1 p4 - Conduction Rate Equation - Fourier's Law

Heat Transfer L1 p4 - Conduction Rate Equation - Fourier's Law

Heat Transfer L1 p2 - Relations to Thermodynamics and Fluid Mechanics

Heat Transfer L1 p2 - Relations to Thermodynamics and Fluid Mechanics

Heat Transfer L2 p2 - Convection Rate Equation - Newton's Law of Cooling

Heat Transfer L2 p2 - Convection Rate Equation - Newton's Law of Cooling

Introductory Fluid Mechanics L19 p6 - von Karman Friction Coefficient

Introductory Fluid Mechanics L19 p6 - von Karman Friction Coefficient

Introductory Fluid Mechanics L21 p4 - Example - Drag and a Decelerating Bus

Introductory Fluid Mechanics L21 p4 - Example - Drag and a Decelerating Bus

Introductory Fluid Mechanics L21 p2 - Drag Force

Introductory Fluid Mechanics L21 p2 - Drag Force

Introductory Fluid Mechanics L21 p3 - Drag Force and Streamlining

Introductory Fluid Mechanics L21 p3 - Drag Force and Streamlining

Introductory Fluid Mechanics L21 p5 - Lift Force

Introductory Fluid Mechanics L21 p5 - Lift Force

Introductory Fluid Mechanics L21 p1 - Experimental External Flows

Introductory Fluid Mechanics L21 p1 - Experimental External Flows

Introductory Fluid Mechanics L20 p4 - Turbulent Flat Plate Boundary Layer

Introductory Fluid Mechanics L20 p4 - Turbulent Flat Plate Boundary Layer

Introductory Fluid Mechanics L19 p2 - The Boundary Layer Concept

Introductory Fluid Mechanics L19 p2 - The Boundary Layer Concept

Introductory Fluid Mechanics L20 p5 - Boundary Layers with Pressure Gradient

Introductory Fluid Mechanics L20 p5 - Boundary Layers with Pressure Gradient

Introductory Fluid Mechanics L20 p1 - Example - von Karman Boundary Layer Thickness

Introductory Fluid Mechanics L20 p1 - Example - von Karman Boundary Layer Thickness

Introductory Fluid Mechanics L19 p3 - von Karman Momentum Integral Theory

Introductory Fluid Mechanics L19 p3 - von Karman Momentum Integral Theory

Introductory Fluid Mechanics L20 p3 - Laminar Flat Plate Boundary Layer

Introductory Fluid Mechanics L20 p3 - Laminar Flat Plate Boundary Layer

Introductory Fluid Mechanics L20 p2 - The Boundary Layer Equations

Introductory Fluid Mechanics L20 p2 - The Boundary Layer Equations

Introductory Fluid Mechanics L19 p5 - von Karman Boundary Layer Thickness

Introductory Fluid Mechanics L19 p5 - von Karman Boundary Layer Thickness

Introductory Fluid Mechanics L19 p4 - von Karman Momentum Integral Velocity

Introductory Fluid Mechanics L19 p4 - von Karman Momentum Integral Velocity

Introductory Fluid Mechanics L19 p1 - External Incompressible Viscous Flow

Introductory Fluid Mechanics L19 p1 - External Incompressible Viscous Flow

Introductory Fluid Mechanics L19 p7 - Displacement and Momentum Thickness

Introductory Fluid Mechanics L19 p7 - Displacement and Momentum Thickness

Introductory Fluid Mechanics L18 p3 - Minor Losses in Pipe Systems

Introductory Fluid Mechanics L18 p3 - Minor Losses in Pipe Systems

Introductory Fluid Mechanics L18 p1 - Example: Pressure Drop Laminar Pipe Flow

Introductory Fluid Mechanics L18 p1 - Example: Pressure Drop Laminar Pipe Flow

Introductory Fluid Mechanics L18 p2 - Example: Pressure Drop Turbulent Pipe Flow

Introductory Fluid Mechanics L18 p2 - Example: Pressure Drop Turbulent Pipe Flow

Introductory Fluid Mechanics L17 p2 - Friction Factor - Laminar Pipe Flow

Introductory Fluid Mechanics L17 p2 - Friction Factor - Laminar Pipe Flow

Introductory Fluid Mechanics L17 p5 - Moody Diagram - Turbulent Pipe Flow

Introductory Fluid Mechanics L17 p5 - Moody Diagram - Turbulent Pipe Flow

Introductory Fluid Mechanics L17 p4 - Law of the Wall

Introductory Fluid Mechanics L17 p4 - Law of the Wall

Introductory Fluid Mechanics L17 p1 - Friction Factor

Introductory Fluid Mechanics L17 p1 - Friction Factor

Introductory Fluid Mechanics L17 p3 - Turbulent Shear Theory

Introductory Fluid Mechanics L17 p3 - Turbulent Shear Theory

Introductory Fluid Mechanics L16 p4 - Pipe Flow Darcy-Weisbach Equation

Introductory Fluid Mechanics L16 p4 - Pipe Flow Darcy-Weisbach Equation

Introductory Fluid Mechanics L16 p2 - Pipe Flow Entrance Length

Introductory Fluid Mechanics L16 p2 - Pipe Flow Entrance Length

Introductory Fluid Mechanics L16 p3 - Pipe Flow Head Loss Term

Introductory Fluid Mechanics L16 p3 - Pipe Flow Head Loss Term

Introductory Fluid Mechanics L16 p1 - Laminar and Turbulent Pipe Flow

Introductory Fluid Mechanics L16 p1 - Laminar and Turbulent Pipe Flow

Introductory Fluid Mechanics L14 p5 - Buckingham Pi Example - Pendulum

Introductory Fluid Mechanics L14 p5 - Buckingham Pi Example - Pendulum

Introductory Fluid Mechanics L15 p1 - Common Dimensionless Groups

Introductory Fluid Mechanics L15 p1 - Common Dimensionless Groups

Introductory Fluid Mechanics L14 p2 - Buckingham Pi Theorem

Introductory Fluid Mechanics L14 p2 - Buckingham Pi Theorem

Introductory Fluid Mechanics L14 p4 - Buckingham Pi Example - Drag on Sphere

Introductory Fluid Mechanics L14 p4 - Buckingham Pi Example - Drag on Sphere

Introductory Fluid Mechanics L14 p3 - Six Steps to Pi Parameters

Introductory Fluid Mechanics L14 p3 - Six Steps to Pi Parameters

Introductory Fluid Mechanics L15 p2 - Flow Similarity

Introductory Fluid Mechanics L15 p2 - Flow Similarity

Introductory Fluid Mechanics L14 p1 - Dimensional Analysis

Introductory Fluid Mechanics L14 p1 - Dimensional Analysis

Introductory Fluid Mechanics L13 p1 - Stream Function - 2D Incompressible Flow

Introductory Fluid Mechanics L13 p1 - Stream Function - 2D Incompressible Flow

Introductory Fluid Mechanics L13 p7 - Linear Deformation

Introductory Fluid Mechanics L13 p7 - Linear Deformation

Introductory Fluid Mechanics L13 p4 - Quantification of Fluid Motion

Introductory Fluid Mechanics L13 p4 - Quantification of Fluid Motion

Introductory Fluid Mechanics L13 p6 - Angular Deformation

Introductory Fluid Mechanics L13 p6 - Angular Deformation

Introductory Fluid Mechanics L13 p12 - Laplace's Equation

Introductory Fluid Mechanics L13 p12 - Laplace's Equation

Introductory Fluid Mechanics L13 p10 - Example - Velocity Potential

Introductory Fluid Mechanics L13 p10 - Example - Velocity Potential

Introductory Fluid Mechanics L13 p5 - Fluid Rotation

Introductory Fluid Mechanics L13 p5 - Fluid Rotation

Introductory Fluid Mechanics L13 p8 - Vorticity and Circulation

Introductory Fluid Mechanics L13 p8 - Vorticity and Circulation

Introductory Fluid Mechanics L13 p9 - Irrotational Flow

Introductory Fluid Mechanics L13 p9 - Irrotational Flow

Introductory Fluid Mechanics L13 p3 - Example - Stream Function

Introductory Fluid Mechanics L13 p3 - Example - Stream Function

Introductory Fluid Mechanics L13 p2 - Flowrate Between Streamlines

Introductory Fluid Mechanics L13 p2 - Flowrate Between Streamlines

Introductory Fluid Mechanics L13 p11 - Orthoganality of Streamlines and Potential Lines

Introductory Fluid Mechanics L13 p11 - Orthoganality of Streamlines and Potential Lines

Introductory Fluid Mechanics L12 p2 - Differential Equations of Mass Conservation

Introductory Fluid Mechanics L12 p2 - Differential Equations of Mass Conservation

Introductory Fluid Mechanics L12 p5 - Example - Cylindrical Continuity

Introductory Fluid Mechanics L12 p5 - Example - Cylindrical Continuity

Introductory Fluid Mechanics L12 p8 - Navier-Stokes Equations

Introductory Fluid Mechanics L12 p8 - Navier-Stokes Equations

Introductory Fluid Mechanics L12 p6 - Differential Equation of Linear Momentum

Introductory Fluid Mechanics L12 p6 - Differential Equation of Linear Momentum

Introductory Fluid Mechanics L12 p1 - Differential Relations

Introductory Fluid Mechanics L12 p1 - Differential Relations

Introductory Fluid Mechanics L12 p3 - Simplifications to Continuity

Introductory Fluid Mechanics L12 p3 - Simplifications to Continuity

Introductory Fluid Mechanics L12 p4 - Continuity - Cylindrical Coordinates

Introductory Fluid Mechanics L12 p4 - Continuity - Cylindrical Coordinates

Introductory Fluid Mechanics L12 p7 - Euler's Equation

Introductory Fluid Mechanics L12 p7 - Euler's Equation

Introductory Fluid Mechanics - Vector Review 3 - Gradient of a Scalar Field

Introductory Fluid Mechanics - Vector Review 3 - Gradient of a Scalar Field

Introductory Fluid Mechanics - Vector Review 2 - Dot Product & Cross Product

Introductory Fluid Mechanics - Vector Review 2 - Dot Product & Cross Product

Introductory Fluid Mechanics - Vector Review 5 - Line Integrals

Introductory Fluid Mechanics - Vector Review 5 - Line Integrals

Introductory Fluid Mechanics - Vector Review 7 - Volume Integrals

Introductory Fluid Mechanics - Vector Review 7 - Volume Integrals

Introductory Fluid Mechanics - Vector Review 1 - Vector Relations

Introductory Fluid Mechanics - Vector Review 1 - Vector Relations

Introductory Fluid Mechanics - Vector Review 8 - Stokes', Gauss', & Gradient Theorems

Introductory Fluid Mechanics - Vector Review 8 - Stokes', Gauss', & Gradient Theorems

Introductory Fluid Mechanics - Vector Review 4 - Divergence & Curl of a Vector Field

Introductory Fluid Mechanics - Vector Review 4 - Divergence & Curl of a Vector Field

Introductory Fluid Mechanics - Vector Review 6 - Surface Integrals

Introductory Fluid Mechanics - Vector Review 6 - Surface Integrals

Introductory Fluid Mechanics L11 p3 - Interpreting Bernoulli's Equation

Introductory Fluid Mechanics L11 p3 - Interpreting Bernoulli's Equation

Introductory Fluid Mechanics L11 p5 - Pitot Tube Experiment

Introductory Fluid Mechanics L11 p5 - Pitot Tube Experiment

Introductory Fluid Mechanics L11 p4 - Pitot Tube Velocity Measurement

Introductory Fluid Mechanics L11 p4 - Pitot Tube Velocity Measurement