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3. Strain Rate Tensor - Part 4:

Invariants

Lecture 13(Monday March 23)

1. Strain Rate Tensor - Part 2:

Volumetric (Diagonal) Elements

2. Strain Rate Tensor - Part 3:

Shear (Off-Diagonal) Elements

4. Rotation Tensor

Lecture 13 Notes PDF

3. Steady Vortex Flow 1: Solid Body Rotation

Lecture 14(Wednesday March 25)

2. Parallel Shear Flow

4. Steady Vortex Flow 2: Ideal Vortex

5. Steady Vortex Flow 3: Real Vortices

Lecture 14 Notes PDF

3. Conservation of Mass

Lecture 15(Monday March 30)

1. Leibniz's Theorem

2. Reynold's Transport Theorem

Lecture 15 Notes PDF

Lecture 16(Wednesday April 1)

1.Stream Function

2. Conservation of Momentum

Lecture 16 Notes PDF

Lecture 17(Monday April 6)

1.Conservation More Generally

2. Example: Drag on a Bar Part 1

3. Example: Drag on a Bar Part 2

Lecture 17 Notes PDF

Lecture 18(Monday April 8)

1. Constitutive Equation Part 1

2. Constitutive Equation Part 2

3. Navier-Stokes Equation

Lecture 18 Notes PDF

Lecture 19(Wednesday April 15)

1. Bernoulli Equation Part 1

2. Bernoulli Equation Part 2

Lecture 19 Notes PDF

Lecture 20(Wednesday April 22)

1. Vortex Lines

2. Unsteady Bernoulli Equation

3. Stream Tubes & Bernoulli

Lecture 20 Notes PDF

Lecture 21(Monday April 27)

2. Dynamic Similarity 1

3. Dynamic Similarity 2

Lecture 21 Notes PDF

Lecture 22(Wednesday April 29)

1. Vortex Tubes (recorded by Andrew Castagno)

2. Basic Vortices 1 - Solid Body Rotation (by AC)

3. Basic Vortices 2 - Irrotational Vortices (by AC)

Lecture 22 Notes PDF

courtesy of Andrew Castagno

Fluid Mechanics - PHY350

3. Strain Rate Tensor - Part 4:

Invariants

Lecture 13(Monday March 23)

1. Strain Rate Tensor - Part 2:

Volumetric (Diagonal) Elements

2. Strain Rate Tensor - Part 3:

Shear (Off-Diagonal) Elements

4. Rotation Tensor

Lecture 13 Notes PDF

3. Steady Vortex Flow 1: Solid Body Rotation

Lecture 14(Wednesday March 25)

2. Parallel Shear Flow

4. Steady Vortex Flow 2: Ideal Vortex

5. Steady Vortex Flow 3: Real Vortices

Lecture 14 Notes PDF

3. Conservation of Mass

Lecture 15(Monday March 30)

1. Leibniz's Theorem

2. Reynold's Transport Theorem

Lecture 15 Notes PDF

Lecture 16(Wednesday April 1)

1.Stream Function

2. Conservation of Momentum

Lecture 16 Notes PDF

Lecture 17(Monday April 6)

1.Conservation More Generally

2. Example: Drag on a Bar Part 1

3. Example: Drag on a Bar Part 2

Lecture 17 Notes PDF

Lecture 18(Monday April 8)

1. Constitutive Equation Part 1

2. Constitutive Equation Part 2

3. Navier-Stokes Equation

Lecture 18 Notes PDF

Lecture 19(Wednesday April 15)

1. Bernoulli Equation Part 1

2. Bernoulli Equation Part 2

Lecture 19 Notes PDF

Lecture 20(Wednesday April 22)

1. Vortex Lines

2. Unsteady Bernoulli Equation

3. Stream Tubes & Bernoulli

Lecture 20 Notes PDF

Lecture 21(Monday April 27)

2. Dynamic Similarity 1

3. Dynamic Similarity 2

Lecture 21 Notes PDF

Lecture 22(Wednesday April 29)

1. Vortex Tubes (recorded by Andrew Castagno)

2. Basic Vortices 1 - Solid Body Rotation (by AC)

3. Basic Vortices 2 - Irrotational Vortices (by AC)

Lecture 22 Notes PDF

courtesy of Andrew Castagno

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