Engineering Mechanics (Statics & Dynamics)

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Engineering Mechanics (Statics & Dynamics)

Applied mechanics (also engineering mechanics) is a branch of the physical sciences and the practical application of mechanics. Applied mechanics describes the response of bodies (solids and fluids) or systems of bodies to external forces

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05/12/2017

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Syllabus:

Aula #1 - Scalars and Vectors | Statics
Aula #2 - Parallelogram Law and Triangle Method | Statics
Aula #3 - Unit Vectors and Components | Statics
Aula #4 - Vectors Example | Statics
Aula #5 - Vector Tower Example | Statics
Aula #6 - 3D Vectors | Statics
Aula #7 - 3D Vector Example (Part 1) | Statics
Aula #8 - 3D Vectors Example (Part 2) | Statics
Aula #9 - Introduction to Forces | Statics
Aula #10 - Introduction to Moments | Statics
Aula #11 - Moment Example 1 | Statics
Aula #12 - Moment Example 2 | Statics
Aula #13 - Moments and Couple Moments | Statics
Aula #14 - Equivalent Systems Theory and Example | Statics
Aula #15 - Distrubuted Loads | Statics
Aula #16 - Solving Distributed Loads and Triangular Loads | Statics
Aula #17 - Resolving Forces Advanced Example | Statics
Aula #18 - Introduction to Equilibrium | Statics
Aula #19 - Introduction to Free Body Diagrams (FBD) | Statics
Aula #20 - Free Body Diagram Example | Statics
Aula #21 - Introduction to Supports: Roller, Pin, Fixed | Statics
Aula #22 - Simply Supported Beams Free Body Diagram Example | Statics
Aula #23 - Cantilever Free Body Diagram Example | Statics
Aula #24 - Advanced Free Body Diagram Beam Example | Statics
Aula #25 - Introduction to Axial & Shear Forces and Bending Moments | Statics
Aula #26 - Axial, Shear and Bending Diagrams | Statics
Aula #27 - Method of Sections | Statics
Aula #28 - Method of Sections Simple Example | Statics
Aula #29 - Method of Sections Advanced Example Part 1 | Statics
Aula #30 - Method of Sections Advanced Example Part 2 | Statics
Aula #31 - Introduction to Hooke's Law | Statics
Aula #32 - Hooke's Law and Stress vs Strain | Statics
Aula #33 - Stress vs Strain Diagram | Statics
Aula #34 - Rectilinear Motion | Dynamics
Aula #35 - Rectilinear Motion Examples | Dynamics
Aula #36 - Rectilinear Motion with Variable Acceleration | Dynamics
Aula #37 - Curvilinear Motion | Dynamics
Aula #38 - Projectile Motion | Dynamics
Aula #39 - Projectile Motion Formulae Derivations | Dynamics
Aula #40 - Circular Motion and Cylindrical Coordinates | Dynamics
Aula #41 - Polar Coordinates Example | Dynamics
Aula #42 - Newton's Laws and Kinetics | Dynamics
Aula #43 - Introduction to Work | Dynamics
Aula #44 - Work Example | Dynamics
Aula #45 - Power and Efficiency | Dynamics
Aula #46 - Work and Energy Example | Dynamics
Aula #47 - Potential Energy, Kinetic Energy & Conservation | Dynamics
Aula #48 - Conservation of Mechanical Energy Example | Dynamics
Aula #49 - Introduction to Impulse and Momentum | Dynamics
Aula #50 - Impulse, Momentum, Velocity Example 1 | Dynamics
Aula #51 - Impulse, Momentum, Velocity Example 2 | Dynamics
Aula #52 - Introduction to Impact | Dyanamics
Aula #53 - Central Impact Example | Dynamics
Aula #54 - Shear Force Diagram Example | Statics
Aula #55 - Bending Moment Diagram Example | Statics
Aula #56 - Shear and Bending Diagrams | Statics
Aula #57 - Beam Analysis Example Part 1 | Statics
Aula #58 - Beam Analysis Example Part 2 | Statics
Aula #59 - Introduction to Trusses | Statics
Aula #60 - Types of Trusses and Design Assumptions | Statics
Aula #61 - Method of Joints Truss Example | Statics
Aula #62 - Advanced Method of Joints Truss Example | Statics
Aula #63 - Introduction to Method of Sections | Statics
Aula #64 - Method of Sections Theory | Statics
Aula #65 - Method of Sections Truss Example | Statics
Aula #66 - Simple Frame Example | Statics
Aula #67 - Advanced Frames Example | Statics
Aula #68 - Introduction to Friction | Statics
Aula #69 - Static Friction Example | Statics
Aula #70 - Tipping vs Slipping Friction | Statics
Aula #71 - Introduction to Hyrdostatic Forces | Hydrostatics
Aula #72 - Hydrostatic Forces Example | Hydrostatics
Aula #73 - Centroids | Statics
Aula #74 - Finding Centroids by Integration | Statics
Aula #75 - Centroids of Composite Shapes Example | Statics
Aula #76 - Moment of Inertia | Statics
Aula #77 - Moment of Inertia Standard Shapes | Statics
Aula #78 - Parallel Axis Theorem Part 1 | Statics
Aula #79 - Parallel Axis Theorem Part 2 | Statics
Aula #80 - Average Normal Stress | Statics
Aula #81 - Average Stress Example | Statics
Aula #82 - Shear Stress Example | Statics
Aula #83 - Strain | Statics
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Module 1: Engineering Mechanics (Statics & Dynamics)

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