ENES 221 Dynamics
Welcome
ENES 221 Dynamics 3 credits
Kinematics of particles, force, mass and acceleration. Kinetics of particles, work
and energy, impulse, and momentum. Kinematics of rigid bodies, plane motion of rigid
bodies, forces and accelerations, energy and momentum methods. Kinetics of rigid bodies
in three dimensions. PREREQUISITE: ENES 102, MATH 182 and PHYS 161 with grades of
C or better.
Three hours lecture each week.
Course Outcomes
Upon course completion, a student will be able to:
- Compute the kinematic vectors of a particle using fixed, rotating, and moving coordinates.
- Determine the forces required to create general motion of a particle.
- Find the energy at any state and the change in energy between states for systems of particles.
- Use the equations of motion to describe the rate of change of the linear momentum of a system of particles.
- Compute the kinematic vectors of a rigid body using fixed, rotating, and moving coordinates in two dimensions.
- Use calculus to find the moment of inertia of a rigid body.
- Determine the forces and moments required to create general motion of a rigid body.
- Find the energy at any state and the change in energy between states for systems of rigid parts.
- Use the equations of motion to describe the rate of change of the angular momentum of a system of rigid parts and particles.
Course Schedule
ENES221 Course Schedule
ENES 221 Dynamics
(reference only, schedule is subjected to change)
WK | Topics | Sections in Book | Homework |
---|---|---|---|
1 | Intro, Review of Statics Particle Kinematics 12:2-3 |
12:1 12:2-3 |
|
2 | Rectangular Coordinates Curvilinear Coordinates |
12:4-6 12:7-8 |
|
3 | Multiple Particles, Newton's 2nd Law Equations of Motion |
12:9-10, 13-1 13:2-3 |
HW #1 due |
4 | Normal and Tangential Coordinates Review 12-13 |
13:5-6 |
|
5 | TEST 1 Work and Energy |
14:1-2 |
|
6 | Power and Efficiency Conservation of Energy 14:5-6 |
14:3-4 14:5-6 |
Project 1 due |
7 | Impulse and Momentum Impact |
15:1-3 15:4 |
HW #2 due |
8 | Conservation of Momentum Review 14-15 |
15:5-7 | |
9 | TEST 2 Rigid Body Planar Kinematics |
16:1-4 |
|
10 | Relative Motion - Velocity Relative Motion - Acceleration |
16:5-6 16:7-8 |
HW #3 due |
11 | Moment of Inertia, Planar Kinetics Equation of Motion -Translation/Rotation |
17:1-2 17:3-3-4 |
Project 2 due |
12 | Equation of Motion -General Motion Review 16-17 |
17:5 | |
13 | TEST 3 Conservation of Energy/System View |
18 |
HW #4 due |
14 | Conservation of Momentum/System View Review 18-19 |
19 | |
15 | Final Exam 12:30 | HW #5 due |
Lecture Notes
- Chapter 12 (1-3) (PDF, )
- Chapter 12 (4-6) (PDF, )
- Chapter 12 (7-8) (PDF, )
- Chapter 12 (9-10) (PDF, )
- Chapter 13 (1-3) (PDF, )
- Chapter 13 (4) (PDF, )
- Chapter 13 (5-6) (PDF, )
- Chapter 14 (1-3) (PDF, )
- Chapter 14 (4) (PDF, )
- Chapter 14 (5-6) (PDF, )
- Chapter 15 (1-3) (PDF, )
- Chapter 15 (4) (PDF, )
- Chapter 15 (5-7) (PDF, )
- Chapter 16 (1-3) (PDF, )
- Chapter 16 (4) (PDF, )
- Chapter 16 (5-6) (PDF, )
- Chapter 16 (7) (PDF, )
- Chapter 17 (1) (PDF, )
- Chapter 17 (2-3) (PDF, )
- Chapter 17 (4-5) (PDF, )
- Chapter 18 (1-4) (PDF, )
- Chapter 18 (5) (PDF, )
- Chapter 19 (1-2) (PDF, )
- Chapter 19 (3) (PDF, )
Other References
- you tube: Danville Community College: EGR245 by Prof Yiheng Wangnew window
- Saylor Academy: ME202: Mechanics II – Dynamicsnew window
- Physics: Problems and Solutionsnew window
- Colorado School of Mines 1 (PDF, )
- Colorado School of Mines 2 (PDF, )
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