Канал: Brian Storey

Beam deflections. Part 3. Simply supported beam.

Beam deflections. Part 3. Simply supported beam.

Beam deflections. Part 2. Cantilever beams

Beam deflections. Part 2. Cantilever beams

Beam deflections. Part 1. Derivation of equations

Beam deflections. Part 1. Derivation of equations

Truss Structures. Part 7. Adding stiffness.

Truss Structures. Part 7. Adding stiffness.

Shear and bending moment diagrams. Part 2.

Shear and bending moment diagrams. Part 2.

Truss Structures Part 4.1. Internal forces

Truss Structures Part 4.1. Internal forces

Shear stress in cantilever beams.

Shear stress in cantilever beams.

Linear elasticity theory. Part 7. Bending revisited.

Linear elasticity theory. Part 7. Bending revisited.

Linear elasticity theory. Part 6. Torsion revisited.

Linear elasticity theory. Part 6. Torsion revisited.

Linear elasticity theory. Part 5. Tension revisited.

Linear elasticity theory. Part 5. Tension revisited.

Linear elasticity theory. Part 4. General Hooke's Law.

Linear elasticity theory. Part 4. General Hooke's Law.

Linear elasticity theory. Part 3. Strain tensor.

Linear elasticity theory. Part 3. Strain tensor.

Linear elasticity theory. Part 2. Equilibrium equations.

Linear elasticity theory. Part 2. Equilibrium equations.

Linear elasticity theory. Part 1. Stress tensor

Linear elasticity theory. Part 1. Stress tensor

State of Stress. Part 4.

State of Stress. Part 4.

State of Stress. Part 3.

State of Stress. Part 3.

State of Stress. Part 2

State of Stress. Part 2

State of stress. Part 1.

State of stress. Part 1.

Intro. to bending. Part 2.

Intro. to bending. Part 2.

Introduction to bending

Introduction to bending

Introduction to shear and torsion

Introduction to shear and torsion

Tension and Hooke's Law

Tension and Hooke's Law

Material behavior (introduction)

Material behavior (introduction)

Introduction to compression

Introduction to compression

Introduction to Tension

Introduction to Tension

Statically indeterminate structures

Statically indeterminate structures

Cable stayed structures. Graphic statics

Cable stayed structures. Graphic statics

Truss Structures. Designing efficient structures. Part 6.

Truss Structures. Designing efficient structures. Part 6.

Truss Structures: Examples from the real world. Part 5.

Truss Structures: Examples from the real world. Part 5.

Truss structures. Part4. Shear and bending.

Truss structures. Part4. Shear and bending.

Shear and bending moment diagrams. Part 1.

Shear and bending moment diagrams. Part 1.

Truss Structures. Graphic statics. Part 3.

Truss Structures. Graphic statics. Part 3.

Truss Structures. Part2: Free Body Diagrams.

Truss Structures. Part2: Free Body Diagrams.

Truss structures. Part 1: Reaction forces.

Truss structures. Part 1: Reaction forces.

Graphic statics. Arches.

Graphic statics. Arches.

Graphic statics. Cable structures. Part 6

Graphic statics. Cable structures. Part 6

Graphic statics. Cable Structures. Part 5.

Graphic statics. Cable Structures. Part 5.

Graphic Statics. Cable Structures. Part 4

Graphic Statics. Cable Structures. Part 4

Graphic statics. Cable Structures. Part 3.

Graphic statics. Cable Structures. Part 3.

Graphic statics. Cable Structures. Part 2

Graphic statics. Cable Structures. Part 2

Graphic statics. Cable structures. Part 1

Graphic statics. Cable structures. Part 1

RC circuits and Bode plots

RC circuits and Bode plots

Introduction to capacitance

Introduction to capacitance

Introduction to op-amps

Introduction to op-amps

Complex impedance

Complex impedance

Time dependent circuits with complex numbers

Time dependent circuits with complex numbers

Introduction to complex numbers

Introduction to complex numbers

Introduction to Resistance

Introduction to Resistance

Solderless breadboards

Solderless breadboards

Natural convection

Natural convection

Forced Convection

Forced Convection

Derivation of the energy equation

Derivation of the energy equation

A few concepts in thermodynamics

A few concepts in thermodynamics

What is energy?

What is energy?

Dimensional analysis

Dimensional analysis

Dimensional analysis: Part 1

Dimensional analysis: Part 1

Vector calculus review - divergence theorem

Vector calculus review - divergence theorem

Vector calculus notation and review

Vector calculus notation and review

Control volume example problems (momentum)

Control volume example problems (momentum)

Control Volumes

Control Volumes

Boundary Layers

Boundary Layers

Euler equations and Bernoulli equation

Euler equations and Bernoulli equation

Vorticity

Vorticity

Poiseuille Flow

Poiseuille Flow

Stress tensor in a Newtonian fluid

Stress tensor in a Newtonian fluid

The stress tensor

The stress tensor

Conservation of momentum in a fluid

Conservation of momentum in a fluid

Mass transfer of dilute species and the Peclet number

Mass transfer of dilute species and the Peclet number

Material derivative and Leibniz rule

Material derivative and Leibniz rule

Material derivative

Material derivative

Leibniz integral rule

Leibniz integral rule

1D heat flow through a wall

1D heat flow through a wall

Quenching

Quenching

Character of the heat equation

Character of the heat equation

Heat equation in 3D

Heat equation in 3D

Heat equation in 1D

Heat equation in 1D