Канал: Casey Harwood

L30 Determination of Pi Terms edit

L30 Determination of Pi Terms edit

L31 Correlation of Pi Terms

L31 Correlation of Pi Terms

L33 Intro to Pipe Flow

L33 Intro to Pipe Flow

L32 Modeling and Similitude

L32 Modeling and Similitude

L34 FD Laminar Flow

L34 FD Laminar Flow

L35 FD Turbulent Flow edit

L35 FD Turbulent Flow edit

L36 Major Head Losses

L36 Major Head Losses

L37 External Flows Part 1

L37 External Flows Part 1

L38 Minor head losses

L38 Minor head losses

L39 External Boundary Layers

L39 External Boundary Layers

L41 Drag

L41 Drag

L42 Lift

L42 Lift

L28 Intro to Internal Convection

L28 Intro to Internal Convection

L30 Internal Convection

L30 Internal Convection

L32A Effectiveness NTU method for heat exchangers

L32A Effectiveness NTU method for heat exchangers

L36 Blackbody Radiation

L36 Blackbody Radiation

L31 Free Convection

L31 Free Convection

L33 Radiation Intro

L33 Radiation Intro

L35 Radiation Intensity

L35 Radiation Intensity

L38 View Factors

L38 View Factors

L37 Radiation of Real Surfaces

L37 Radiation of Real Surfaces

L39 Radiation Heat Transfer

L39 Radiation Heat Transfer

L10 - Applications of the Bernoulli Equation

L10 - Applications of the Bernoulli Equation

L08+L09 - The Bernoulli Equation

L08+L09 - The Bernoulli Equation

L31 Correlation of Experimental Data

L31 Correlation of Experimental Data

L32 Modeling and Similitude

L32 Modeling and Similitude

L15 Mass Conservation + Continuity

L15 Mass Conservation + Continuity

L29 Intro to Dimensional Analysis and Modeling

L29 Intro to Dimensional Analysis and Modeling

L18 AngularMomentumPt1

L18 AngularMomentumPt1

L19 - Conservation of Energy in Finite Control Volumes

L19 - Conservation of Energy in Finite Control Volumes

L24 The Continuity Equation

L24 The Continuity Equation

L25 The Momentum Equation

L25 The Momentum Equation

L21 worked energy equation

L21 worked energy equation

L27 N S Solution; Flow between parallel plates

L27 N S Solution; Flow between parallel plates

L16 Linear Momentum Equation

L16 Linear Momentum Equation

L22 Fluid Element Kinematics

L22 Fluid Element Kinematics

L28 Overview of Ideal Flow

L28 Overview of Ideal Flow

L14 Reynolds Transport Theorem

L14 Reynolds Transport Theorem

L26 Derivation of the Euler and Navier Stokes Equations

L26 Derivation of the Euler and Navier Stokes Equations

L13 Systems, Control Volumes, and Transport

L13 Systems, Control Volumes, and Transport

L10 Bernoulli Applications

L10 Bernoulli Applications

L12 The Acceleration Field

L12 The Acceleration Field

L09 Bernoulli Equation Cont'd

L09 Bernoulli Equation Cont'd

L07 Buoyancy and Stability

L07 Buoyancy and Stability

L03 Vapor Pressure and Surface Tension

L03 Vapor Pressure and Surface Tension

L02 Ideal Gas Law and Viscosity

L02 Ideal Gas Law and Viscosity

L01 - Intro to Fluids

L01 - Intro to Fluids

ENGR:2510 L01 - Intro to Fluids

ENGR:2510 L01 - Intro to Fluids

L22 Analytical Solution to Convection

L22 Analytical Solution to Convection

L23 Scaling

L23 Scaling

L26 External FLows

L26 External FLows

L24 Scaling Concluded

L24 Scaling Concluded

L27 External Flows Concluded

L27 External Flows Concluded

L21 Governing Equations of Thermo Fluids

L21 Governing Equations of Thermo Fluids

L20 - Convection and Boundary Layers

L20 - Convection and Boundary Layers

L19 - Convection Intro

L19 - Convection Intro

L17 - General Lumped Capacitance

L17 - General Lumped Capacitance

L16 Lumped Capacitance

L16 Lumped Capacitance

L14B - Finite Differencing Part 3

L14B - Finite Differencing Part 3

L14 Finite Differencing part2

L14 Finite Differencing part2

L13 Finite Difference Part 1

L13 Finite Difference Part 1

L12 2D Steady Conduction

L12 2D Steady Conduction

L11 - Solution to Fin Equation for Fin with Constant Cross-Section

L11 - Solution to Fin Equation for Fin with Constant Cross-Section

L10 Radial Resistance and The Fin Equation

L10 Radial Resistance and The Fin Equation

Lecture 09 - Resistance Networks

Lecture 09 - Resistance Networks

L08 - Resistance Networks

L08 - Resistance Networks

L06 - 1D heat conduction in plane walls

L06 - 1D heat conduction in plane walls

L07 - 1D heat conduction with generation + tube wall

L07 - 1D heat conduction with generation + tube wall

L05 Heat Equation Derivation

L05 Heat Equation Derivation

Heat Xfer: L04-Convection+Radiation

Heat Xfer: L04-Convection+Radiation

Conservation of Linear Momentum in a Reducing Elbow

Conservation of Linear Momentum in a Reducing Elbow

Pressure variation across streamlines

Pressure variation across streamlines

Uncertainty rough

Uncertainty rough

Hydrostatic Pressure in a Sinking Tank

Hydrostatic Pressure in a Sinking Tank

Shape sensing on flexible strut - Qualitative comparison (overlay)

Shape sensing on flexible strut - Qualitative comparison (overlay)

Shape sensing on flexible strut - qualitative comparison

Shape sensing on flexible strut - qualitative comparison

Ventilation of a surface-piercing hydrofoil

Ventilation of a surface-piercing hydrofoil

Lecture 29 Viscous Pipe Flow Intro Video and Slides Enhanced Quality

Lecture 29 Viscous Pipe Flow Intro Video and Slides Enhanced Quality

Lecture 27 5 Similarity from governing equations Video and Slides Enhanced Quality

Lecture 27 5 Similarity from governing equations Video and Slides Enhanced Quality

Lecture 30 Turbulent flow Video and Slides Enhanced Quality

Lecture 30 Turbulent flow Video and Slides Enhanced Quality

Lecture 23 Magnus Effect and Viscous Flow Video and Slides Enhanced Quality

Lecture 23 Magnus Effect and Viscous Flow Video and Slides Enhanced Quality

Lecture 15 Conservation of Linear Momentum Cont'd Video and Slides Enhanced Quality

Lecture 15 Conservation of Linear Momentum Cont'd Video and Slides Enhanced Quality

Lecture 25 The Buckingham Pi Theorem Video and Slides Enhanced Quality

Lecture 25 The Buckingham Pi Theorem Video and Slides Enhanced Quality

Lecture 06 Stability of buoyant bodies and the Bernoulli Equation Video and Slides Enhanced Quality

Lecture 06 Stability of buoyant bodies and the Bernoulli Equation Video and Slides Enhanced Quality

Lecture 12 Control Volumes and Conservation of Mass Video and Slides Enhanced Quality

Lecture 12 Control Volumes and Conservation of Mass Video and Slides Enhanced Quality

Lecture 20 Inviscid and Irrotational Flow Video and Slides Enhanced Quality

Lecture 20 Inviscid and Irrotational Flow Video and Slides Enhanced Quality

Lecture 09 The Velocity Field and Material Derivative Video and Slides Enhanced Quality

Lecture 09 The Velocity Field and Material Derivative Video and Slides Enhanced Quality

Lecture 21 Plane Potential Flows Video and Slides Enhanced Quality

Lecture 21 Plane Potential Flows Video and Slides Enhanced Quality

Lecture 01 Intro Video and Slides Enhanced Quality

Lecture 01 Intro Video and Slides Enhanced Quality

Lecture 17 Fluid Element Kinematics Video and Slides Enhanced Quality

Lecture 17 Fluid Element Kinematics Video and Slides Enhanced Quality

Lecture 22 Superposition of plane potential flows Video and Slides Enhanced Quality

Lecture 22 Superposition of plane potential flows Video and Slides Enhanced Quality

Lecture 11 Reynolds Transport Theorem Video and Slides Enhanced Quality

Lecture 11 Reynolds Transport Theorem Video and Slides Enhanced Quality

Lecture 18 Differential flow analysis and the stream function Video and Slides Enhanced Quality

Lecture 18 Differential flow analysis and the stream function Video and Slides Enhanced Quality

Lecture 24 Dimensional Analysis Introduction Video and Slides Enhanced Quality

Lecture 24 Dimensional Analysis Introduction Video and Slides Enhanced Quality

Lecture 26 Dimensionless Groups, Modeling, and Similitude Video and Slides Enhanced Quality

Lecture 26 Dimensionless Groups, Modeling, and Similitude Video and Slides Enhanced Quality

Lecture 34 Lift and Drag Video and Slides Enhanced Quality

Lecture 34 Lift and Drag Video and Slides Enhanced Quality

Lecture 13 Conservation of Linear Momentum Video and Slides Enhanced Quality

Lecture 13 Conservation of Linear Momentum Video and Slides Enhanced Quality

Lecture 05 Pressure and Buoyancy Video and Slides Enhanced Quality

Lecture 05 Pressure and Buoyancy Video and Slides Enhanced Quality

Lecture 16 Chapter 5 Conclusion Video and Slides Enhanced Quality

Lecture 16 Chapter 5 Conclusion Video and Slides Enhanced Quality

Lecture 32 Boundary Layers part 2 Video and Slides Enhanced Quality

Lecture 32 Boundary Layers part 2 Video and Slides Enhanced Quality

Lecture 31 External Flows, Part 1 Video and Slides Enhanced Quality

Lecture 31 External Flows, Part 1 Video and Slides Enhanced Quality

Lecture 19 Differential Flow Analysis Conservation of Linear Momentum Video and Slides Enhanced Q

Lecture 19 Differential Flow Analysis Conservation of Linear Momentum Video and Slides Enhanced Q

Lecture 14 Linear Momentum Examples Video and Slides Enhanced Quality

Lecture 14 Linear Momentum Examples Video and Slides Enhanced Quality

Lecture 07 Applying the Bernoulli Equation Video and Slides Enhanced Quality

Lecture 07 Applying the Bernoulli Equation Video and Slides Enhanced Quality

Lecture 33 Boundary Layers Concluded Video and Slides Enhanced Quality

Lecture 33 Boundary Layers Concluded Video and Slides Enhanced Quality

Lecture 10 The Material Derivative Video and Slides Enhanced Quality

Lecture 10 The Material Derivative Video and Slides Enhanced Quality

Lecture 08 Bernoulli Wrap Up Video and Slides Enhanced Quality

Lecture 08 Bernoulli Wrap Up Video and Slides Enhanced Quality

Lecture 02 Fluid Properties Continued Video and Slides Enhanced Quality

Lecture 02 Fluid Properties Continued Video and Slides Enhanced Quality

Lecture 04A- Chapter 02: Pressure Forces on Tank Bottom

Lecture 04A- Chapter 02: Pressure Forces on Tank Bottom

Lecture 04C- Chapter 02: Pressure Forces on Inclined Surface

Lecture 04C- Chapter 02: Pressure Forces on Inclined Surface

Lecture 04B- Chapter 02: Pressure on Vertical Walls

Lecture 04B- Chapter 02: Pressure on Vertical Walls

Lecture 03B - Ch02: Static Pressure Fields

Lecture 03B - Ch02: Static Pressure Fields

Lecture 03A, Ch02: Pressure at a point

Lecture 03A, Ch02: Pressure at a point

Ch1: Surface Tension

Ch1: Surface Tension

Ch1: Shear Stresses and Boundary Layers

Ch1: Shear Stresses and Boundary Layers