Lectures in Friction
Lecture 1: Basic Concepts
Lecture 2: Forces At An Angle
Lecture 3: Forces On An Inclined Plane
Lecture 4: Forces On An Inclined Plane: Ex. 1
Lecture 5: Forces On An Inclined Plane: Ex. 2
Lecture 6: Forces On An Inclined Plane: Ex. 2B
Lecture 7: Forces On An Inclined Plane: Ex. 3
Lecture 8: Bracket On A Pipe
Lecture 9: Non-Static On Inclined Plane
Lecture 10: Static On Inclined Plane
Lecture 11: Minimum Force Required
Lecture 12: Minimum Force Required For Pending Motion
Lecture 13: Minimum Force Required For Pending Motion
Lecture 14: Find The Angle Required For Pending Motion
Lecture 15: Find The Moment Required For Pending Motion
Lecture 16: Ladder: Example 1 Of 4
Lecture 17: Ladder: Example 2 Of 4
Lecture 18: Ladder: Example 3 Of 4
Lecture 19: Ladder: Example 4 Of 4
Lecture 20: The Wedge: Basic Concept
Lecture 21: The Wedge: Ex.1 Part 1/2 Pending Motion Up
Lecture 22: The Wedge: Ex.1 Part 2/2 Pending Motion Up
Lecture 23: The Wedge: Ex.2 Part 1/2 Pending Motion Down
Lecture 24: The Wedge: Ex.2 Part 2/2 Pending Motion Down
Lecture 25: Square Threated Screws: General Concepts 1
Lecture 26: Square Threated Screws: General Concepts 2
Lecture 27: Square Threated Screws: General Concepts 3
Lecture 28: The Clamp: Ex. 1 (Part 1/2)
Lecture 29: The Clamp: Ex. 1 (Part 2/2)
Lecture 30: Wedge (Splitting Wood) Example
Lecture 31: (Flat) Belt Friction: Deriving The Equation
Lecture 32: Belt Friction: Ex. 1
Lecture 33: Belt Friction: Ex. 2
Lecture 34: Belt Friction: Ex. 3
Lecture 35: Belt Friction: Ex. 4
Lecture 36: Belt Friction: Ex. 5
Lecture 37: Journal Bearing: Find The Moment
Lecture 38: Journal Bearing: Ex. 1: The Gate
Lecture 39: Journal Bearing: Ex. 2: The Gate
Lecture 40: Thrust Bearing: Introduction
Lecture 41: Thrust Bearing: Calculating The Moment
Lecture 42: Thrust Bearing: Example 1
Lecture 43: Thrust Bearing: Example 2
Lecture 44: What Is Rolling Friction?
Lecture 45: Rolling Friction: Example 1
Lecture 46: Rolling Friction: Example 2
Lecture 47: Rolling Friction: A Closer Look