Канал: Cornelis Kok

Example - Bolted connection with torsion and shear loads (Part 4 of 6)

Example - Bolted connection with torsion and shear loads (Part 4 of 6)

Example - Bolted connection with torsion and shear loads (Part 2 of 6)

Example - Bolted connection with torsion and shear loads (Part 2 of 6)

Example - Bolted connection with torsion and shear loads (Part 1 of 6)

Example - Bolted connection with torsion and shear loads (Part 1 of 6)

Example - Bolted connection with torsion and shear loads (Part 5 of 6)

Example - Bolted connection with torsion and shear loads (Part 5 of 6)

Example - Bolted connection with torsion and shear loads (Part 3 of 6)

Example - Bolted connection with torsion and shear loads (Part 3 of 6)

Example - Bolted connection with torsion and shear loads (Part 6 of 6)

Example - Bolted connection with torsion and shear loads (Part 6 of 6)

Polygon of Forces - Free Body Diagram

Polygon of Forces - Free Body Diagram

Polygon of Forces - Laboratory

Polygon of Forces - Laboratory

Polygon of Forces - Construction

Polygon of Forces - Construction

Block on an incline with acceleration

Block on an incline with acceleration

Example - Max speed for car on Horizontal Track around constant radius curve (Part 2 of 2)

Example - Max speed for car on Horizontal Track around constant radius curve (Part 2 of 2)

Example - Max speed for car on Horizontal Track around constant radius curve (Part 1 of 2)

Example - Max speed for car on Horizontal Track around constant radius curve (Part 1 of 2)

Single Rivet, Double Shear - Example

Single Rivet, Double Shear - Example

Method of Joints Example - Brief explanation - Part 2 of 2

Method of Joints Example - Brief explanation - Part 2 of 2

Method of Joints Example - Brief explanation - Part 1 of 2

Method of Joints Example - Brief explanation - Part 1 of 2

Area of a circle using diameter

Area of a circle using diameter

Two Connected Blocks on an Incline Part 3

Two Connected Blocks on an Incline Part 3

Two Connected Blocks on an Incline Part 2

Two Connected Blocks on an Incline Part 2

Two Connected Blocks on an Incline Part 1

Two Connected Blocks on an Incline Part 1

Two Connected Blocks on an Incline Part 4

Two Connected Blocks on an Incline Part 4

Energy Conservation - Moving object against a beam Example Part 3 of 3

Energy Conservation - Moving object against a beam Example Part 3 of 3

Energy Conservation - Moving object against a beam Example Part 1 of 3

Energy Conservation - Moving object against a beam Example Part 1 of 3

Energy Conservation - Moving object against a beam Example Part 2 of 3

Energy Conservation - Moving object against a beam Example Part 2 of 3

Friction - Ladder against a wall part 2 of 2

Friction - Ladder against a wall part 2 of 2

Friction - Ladder against a wall part 1 of 2

Friction - Ladder against a wall part 1 of 2

Friction 02 Angle of Repose

Friction 02 Angle of Repose

Friction 01 Introduction to Friction Lab Equipment

Friction 01 Introduction to Friction Lab Equipment

Friction 03 Maximum Static Friction Force

Friction 03 Maximum Static Friction Force

Friction 04 Maximum Kinetic Friction Force

Friction 04 Maximum Kinetic Friction Force

Multiple stage constant acceleration equation question

Multiple stage constant acceleration equation question

Concurrent coplanar force system Finding Two unknown forces with known direction - Part 1 of 3

Concurrent coplanar force system Finding Two unknown forces with known direction - Part 1 of 3

Concurrent coplanar force system Finding Two unknown forces with known direction - Part 2 of 3

Concurrent coplanar force system Finding Two unknown forces with known direction - Part 2 of 3

Concurrent coplanar force system - Finding Two unknown forces with known direction - Part 3 of 3

Concurrent coplanar force system - Finding Two unknown forces with known direction - Part 3 of 3

Units Conversion Examples - Part 3 of 3

Units Conversion Examples - Part 3 of 3

Units Conversion Examples - Part 1 of 3

Units Conversion Examples - Part 1 of 3

Units Conversion Examples - Part 2 of 3

Units Conversion Examples - Part 2 of 3

Multi stage constant acceleration question - Part 3 of 3

Multi stage constant acceleration question - Part 3 of 3

Multi stage constant acceleration question - Part 2 of 3

Multi stage constant acceleration question - Part 2 of 3

Multi stage constant acceleration question - Part 1 of 3

Multi stage constant acceleration question - Part 1 of 3

Centroid of a Composite Shape - Tabular Method - Part 2

Centroid of a Composite Shape - Tabular Method - Part 2

Centroid of a Composite Shape - Tabular Method - Part 1

Centroid of a Composite Shape - Tabular Method - Part 1

Friction on an Incline Example (with inclined applied load) - Part 2 of 2

Friction on an Incline Example (with inclined applied load) - Part 2 of 2

Friction on an Incline Example (with inclined applied load) - Part 1 of 2

Friction on an Incline Example (with inclined applied load) - Part 1 of 2

Resultant of Three Concurrent Coplanar Forces

Resultant of Three Concurrent Coplanar Forces

Copy of Instructional Video: Shear Stress in a Beam Lab

Copy of Instructional Video: Shear Stress in a Beam Lab

Radius of Gyration Lab 05 | Explanation of Sum of Torque calculation

Radius of Gyration Lab 05 | Explanation of Sum of Torque calculation

Radius of Gyration Lab 04 | Demonstration of Part 2 of experiment

Radius of Gyration Lab 04 | Demonstration of Part 2 of experiment

Radius of Gyration Lab 03 | Demonstration of Part 1 (Friction measurement) - extra content

Radius of Gyration Lab 03 | Demonstration of Part 1 (Friction measurement) - extra content

Radius of Gyration Lab 02 | Demonstration of Part 1 (Friction measurement)

Radius of Gyration Lab 02 | Demonstration of Part 1 (Friction measurement)

Radius of Gyration Lab 01 | Explanation of Part 1 (Friction measurement)

Radius of Gyration Lab 01 | Explanation of Part 1 (Friction measurement)

Radius of Gyration lab 06 | Explanation of Angular acceleration calculation

Radius of Gyration lab 06 | Explanation of Angular acceleration calculation

Instructional Video: Bending Moment in a Beam Lab

Instructional Video: Bending Moment in a Beam Lab

Instructional Video: Shear Stress in a Beam Lab

Instructional Video: Shear Stress in a Beam Lab