AE 3521 Flight Dynamics

fun
 

 


When: MW:    2:05-2:55         Guggenheim 244

            F:         1:05-2:55         Guggenheim 244

 

Who:   Instructor:       Prof. Eric Feron

                                    feron@gatech.edu

                                    MK 419

http://www.nasa.gov/images/content/133830main_leave_earth_hi.jpg                                    404 894 3062

                       

            Graders:          Mr. Sang Hyun Kim

                                    sanghyun.kim@gatech.edu

                                   

 

            Administrative support/returned tests/HW etc:

                                    Ms. Vivian Robinson, MK 421

 

            Feron Office hours:     Monday-Wednesday 3:30-4:30

                                                MK 419

 

            TA Office hours:        

Name of TAs

Day

Time

Sang Hyun Kim

Tuesdays

5:00-6:00pm

Sang Hyun Kim

Thursdays

5:00-6:00pm

 

 

 

            In the undergraduate student lounge on 3rd floor.

 

What:  In this course you will learn the fundamentals of space and flight dynamics. You will learn how to derive the equations of motion of an aerospace system and understand its fundamental motions. You will learn how to control the motion of the aerospace system. You will learn about some important sensors, including gyroscopic devices

 

How:   By means of lectures, quizlets, homework, and one final. 1 quizlet = 30 minutes of hell. 1 final = 2 hours 50 minutes of hell.

 

Homeworks count for 10% of your grade. Quizlets count for a total of 50% of your grade.

Final counts 40% of your grade.

 

Compute your grade: less than 45%=F, between 45% and 55%=D, between 55% and 65%=C, between 65% and 75%=B, above 75%=A. Think that’s easy? Wait until we get down to business.

 

If average class participation stays at or above 80%, the worst quiz will be forgiven.

 

OK for a 2-sided cheat sheet. I can give you advice about what to write in there and what makes no sense. The quizlets come from my own imagination and are known not to match the HW problems very well; however they refer to the same fundamentals. We’re not operating a nursery anymore.

 

Prerequisite material:

 

AE 2220. You must know and be able to refer to ALL the material covered in the textbook “An Introduction to Dynamics” by McGill and King. That includes Chapter 7.  This is by far the toughest requirement. Be ready for a wild ride if you have not understood this class.

 

AE 3515. You MUST know and be able to refer to ALL the material covered in the textbook “System Dynamics” by Ogata or Nise. Though we will use only subsets of this stuff.

 

There probably exists solutions to the assigned problems that circulate in your environment. Don’t even think about using them because (a) it’s unethical, (b) it’s stupid: Only the exams carry a significant percentage of the grades, and (c) the quizlets do NOT follow the style and notation of the HW: In other terms, what you are asked to do during HW is NOT pattern match or any of that time-saving crap, but to understand what you’re doing from a fundamental standpoint.

 

Academic Sources:

            Web: This page will be the default source page. I’ll update it from time to time.

            Type:   http://www.ae.gatech.edu/people/eferon/AE3521 to get there.

            Flight Stability and Automatic Control, Robert Nelson, Second Edition, McGraw Hill

            Spaceflight Dynamics, William Wiesel, Second Edition, McGrawHill

                There are low-cost versions of these books available to relieve your pain.

           

            A suggested, free control system design and evaluation environment:

http://www.scilab.org/ as a low-cost alternative to MATLAB if you do not want to purchase it and are rich enough that stealing MATLAB may actually cost you dearly. I’m progressively using it for all my work.


 

This schedule is subject to some slippage

 

Date

Topic

Assignments

Due

Special events

Attendance

08/23

Nelson Chapt 1, Sections 6,7

Aircraft notations

Read Chapt 1, sections 1-5

HW1:

Nelson Chapter 1 problems assigned (all)

McGill & King  4.2, 4.11, 4.33, 4.68, 4.102,4.171, 4.184,5.101

 

 

21/21

08/25

Nelson Chapt 2, Sections 1,2

Aircraft static stability

 

 

 

21/21

08/27

Nelson Chapt 2, Sections 3,4,5,

 

 

 

21/21 (according to writing on the board)

08/30

Nelson Chapt 2, Sections 6,7

HW2:

Nelson Chapter 2

problems 1,2,3,4,7,10,11,16

McGill & King  6.7, 6.13,6.21,6.39,6.55,6.88

HW1 problems due

 

20/20

09/01

Nelson Chapt 2, Sections 8,9

 

 

 

19/19

09/03

More Chapt 2

 

 

Quizlet 1: Nelson Chapt 1.

Solution

Statistics

19/19

09/06

More Chapt 2

 

 

 

19/19

09/08

End Chap 2

 

 

 

19/19

09/10

Nelson Chapt 3, Sections 1,2

Aircraft dynamics

Nelson Chapt 3, Sections 3

 HW3

Nelson Chapter 3 problems (all)

McGill & King  7.7, 7.41,7.57,7.65,7.83

HW2 problems due

 

18/19

09/13

Nelson Chapt 3, Section 4,5

 

 

 

15/19

09/15

Nelson Chapt 3, Section 6,7

 

 

 

Quizlet 2: Nelson Chapt 2.

Solution

Statistics

19/19

09/17

More Chapt 3

 

 

 

17/19

09/20

More Chapt 3

 

 

 

17/19

09/22

More Chapt 3

 

 

Flight test statistics

17/19

09/24

Nelson Chapt 4, Sections 1,2

Aircraft longitudinal dynamics

HW4

Nelson Chapter 4, problems 1,2,3,5,7,9,11,12,14,15

HW3 due

 

17/19

09/27

Nelson Chapt 4, Sections 3,4,5

 

 

 

 

18/19

09/29

 

 

 

Quizlet 3: Nelson Chapt 3.

Solutions

Statistics

17/19

10/1

Nelson Chapt 4, Section 6,7

 

 

 

 

14/19

10/4

Nelson Chapt 4, Section 8,9

 

 

 

 

16/19

10/6

Nelson Chapt 5, Section 1,2

Aircraft lateral-directional dynamics

HW5

Chapter 5 problems

(all)

HW4 problems due

 

17/17

10/8

Nelson Chapt 5, Section 3,4

 

 

 

 

12/17

10/11

Nelson Chapt 5, Section 5

 

 

Quizlet 4: Nelson Chap 4.

Solutions

Statistics

17/17

10/13

Nelson Chapt 5, Section 6,7

 

 

 

 

16/17

10/15

 

 

 

 

13/17

10/18

Nelson Chapter 8, Sections 1,2,3

Flight controls

HW6 Chapt 8 problems (all)

 

 

 

10/20

Nelson Chapt 8, Sections 4,5

 

HW5 due

 

15/17

10/22

Nelson Chapt 8,

Section 6,7

 

 

 

10/17

10/25

 

 

 

Quizlet 5: Nelson Chap 5.

Solutions

Statistics

17/17

10/27

 

 

 

 

14/17

10/29

 

 

 

 

8/17

11/01

Wiesel Chapt 2, Sections 1,2,3,4

Spaceflight dynamics: Orbital mechanics.

HW7

Problems 1 to 9 in Wiesel  Chapt. 2 assigned

 

HW6 Ch.8 Nelson due

 

14/17

11/03

Wiesel Chapt 2, Sections 5,6,7,8

 

 

 

14/17

11/05

Wiesel Chapt 2, Sections 9,10

 

 

Quizlet 6: Nelson Chap 8.

 

16/17

11/08

Wiesel Chapt 2

 

 

 

16/17

11/10

Wiesel Chapt 2

 

 

 

16/17

11/12

Wiesel Chapt 3, Sections 1,2,3,4

Earth-Satellite Operations

HW8

Chapt 3 problems

Assigned (all)

(Wiesel)

HW7

Problems Due

 

9/17

11/15

Wiesel Chapt 3, Sections 5,6,7

 

 

 

16/17

11/17

Wiesel Chapt 3, Sections 8,9,10

 

 

Quizlet 7: Wiesel Chap 2.

Training problems

Solutions

Statistics

 

11/19

Wiesel Chapt 3

 

 

 

 

11/29

Wiesel Chapt 5, Sections 1, 2

Spacecraft attitude dynamics

HW9

Chapt 5

Problems 1-8

Assigned

REPLACED BY

ROCKET LAB

HW8 problems due

 

 

12/01

Wiesel Chapt 5, Section 3

 

 

 

 

12/03

Wiesel Chapt 5,Section 3,4

 

 

Quizlet 8: Wiesel Chap 3.

Solutions

Statistics

 

12/06

Wiesel Chapt 5, Sections 5,6,7

 

 

 

 

12/08

Wiesel Chapt 5, end;

 

 

 

 

12/10

Spacecraft Attitude control

 

HW9 problems due

Last class

Course notes

 

12/14

Final exam 2:50pm-5:40pm

The entire course will be covered in the final.