Engineering Dynamics
Intermediate Engineering by Engineering Dynamics, Strength and Thermofluids. 25 lectures, 33.2 hours. Covers: kinematics kinetics rigid bodies work energy impulse.
Lectures
- Engineering Dynamics: 1 Point Object Kinematics · 48 min
- Engineering Dynamics: 2 and 3 - Point Object Kinematics · 1 h 55 min
- Engineering Dynamics: Lecture 4 · 29 min
- Engineering Dynamics: 5 and 6-Projectile Motion · 2 h 2 min
- Engineering Dynamics: 7 · 55 min
- Engineering Dynamics: 8-9-10- Rigid Body Kinematics · 2 h 3 min
- Engineering Dynamics: 11 and 12-Rigid Body Kinematics · 2 h 0 min
- Engineering Dynamics: 13 · 54 min
- Engineering Dynamics-Lecture 14 and 15-Rigid Body Kinematics · 1 h 58 min
- Engineering Dynamics - Rigid Body Kinematics - Lecture 16 · 50 min
- Engineering Dynamics: Lecture 17 · 47 min
- Lecture 18-19-20 · 1 h 57 min
- Engineering Dynamics: 20 and 21 · 1 h 52 min
- Engineering Dynamics: 21 and 22 · 1 h 50 min
- Engineering Dynamics: 23 · 53 min
- Engineering Dynamics: 24 and 25 · 52 min
- Engineering Dynamics: 26 · 56 min
- Engineering Dynamics: 27-28-29 · 1 h 53 min
- Engineering Dynamics: 31 and 32 · 1 h 43 min
- Engineering Dynamics: 34 · 53 min
- Engineering Dynamics: 35 and 36 · 49 min
- Engineering Dynamics: 33 · 46 min
- Engineering Dynamics: Equations of motion by Newton's Law and Euler-Lagrange 36 · 37 min
- Engineering Dynamics: Rigid Body Kinetics - 38 and 39 · 1 h 52 min
- Engineering Dynamics: 40 and 41 · 1 h 41 min
Quick explainers
- Dynamics - Lesson 1: Introduction and Constant Acceleration Equations · 16 min
- Dynamics : An overview of the cause of mechanics · 14 min
- Dynamics - Lesson 9: Curvilinear Motion Acceleration Components · 10 min
- AP Physics 1 Dynamics (Forces and Newton’s Laws) Review · 15 min
- Statics and Dynamics in Engineering Mechanics · 3 min
- Curvilinear Motion: Normal and Tangential components (Learn to solve any problem) · 6 min
- Rigid Bodies Relative Motion Analysis: Velocity Dynamics (Learn to solve any question step by step) · 7 min
- Dynamics: Lesson 28 - Introduction to Relative Motion Analysis · 10 min
- Absolute Dependent Motion: Pulleys (learn to solve any problem) · 8 min
- Dynamics: Lesson 24 - Work of Springs and Friction · 15 min