Introductory Engineering Mechanics
This channel includes content for two undergraduate engineering courses:
- Engineering statics
- Mechanics (strengths) of materials
Concept introductions and example problems are included. The content is intended for viewers that have proficiency in basic calculus.
The full course content for both courses is provided. The content is divided into sub-units. The sub-units are organized into playlists.
This content is used in teaching ME 201 - Statics & ME 202 - Strength of Materials to engineering students at Brigham Young University - Idaho, Rexburg, Idaho.
Statics 9-2a Moment of Inertia Introduction
Statics 9-2e Example: Moment of Inertia by Integration
Статика 9-2d Момент инерции путем интегрирования
Statics 9-2c Example: Moment of Inertia of a Composite Area
Statics 9-2b Parallel Axis Theorem
Statics 9-1e Example: Centroid by Integration
Statics 9-1d Area Centroids by Integration
Statics 9-1c Example: Centroid of a Composite Shape
Statics 9-1b Centroids of Composite Shapes
Statics 9-1a Introduction to Centroids
Statics 8-1e Strategies for Solving Friction Problems
Statics 8-1d Example: Sliding Block System
Statics 8-1c Friction - Impending Motion and Overturning
Statics 8-1a Introduction to Friction
Statics 8-1b Example: Block with Friction
Statics 7-2f Example: Analysis of Machines
Statics 7-2d Analysis of Machines
Statics 7-2c Example: Frame Analysis
Statics 7-2b Analysis of Frames
Statics 7-2a Introduction to the Analysis of Frames and Machines
Statics 7-2f Example: Truss Analysis by Method of Sections
Statics 7-1e Truss Analysis by Method of Sections
Statics 7-1d Zero-Force Members
Statics 7-1b Truss Analysis - Method of Joints
Statics 7-1c Example: Truss Analysis by the Method of Joints
Statics 7-1a Introduction to Simple Trusses
Statics 6-3c Example: Equilibrium of a 3D Rigid Body
Statics 6-3b Solving 3D Equilibrium Problems
Statics 6-3a 3D Equilibrium of Rigid Bodies
Statics 6-2e Static Determinacy and Stability