MEG 443/643

Fall 1999

Design Techniques in Mechanical Engineering

Instructor: Mohamed B. Trabia

Time : M W F 3:30-4:20

Room: TBE B-170

Office Hours: M T W Th F 10:00-11:00

Prerequisite: MEG 302, CEG 302, (MEG 314 or concurrent enrollment) or consent of instructor.

Text: A First Course in Finite Element Method Using ALGOR, Daryl L. Logan, PWS Publishing Company.

Tools: Students should be desirably familiar with mathematical manipulation software such as MATLAB or MATHCAD. Prior knowledge of ALGOR or any other finite element package is not required. Students should be PC-literate.

Grades:

HW

30 %

Exams

50 %

Project

20 % (Projects will be for groups. Each group is composed of approximately four students)

Grading: 85=A, 75=B, 65=C, 55=D

Graduate students will be required to do extra assignments.

SYLLABUS

Week

DATE

TOPIC

CHAPTER

1

1

M

30-Aug

Introduction

Chapter 1

2

W

1-Sep

Introduction

Chapter 1

3

F

3-Sep

Introduction

Chapter 1

2

4

M

6-Sep

LABOR DAY- NO CLASS

5

W

8-Sep

Introduction to Stiffness Method

Chapter 2

6

F

10-Sep

Introduction to Stiffness Method

Chapter 2

3

7

M

13-Sep

Development of Truss Equations

Chapter 3

8

W

15-Sep

Development of Truss Equations

Chapter 3

9

F

17-Sep

Development of Truss Equations

Chapter 3

4

10

M

20-Sep

Development of Truss Equations

Chapter 3

11

W

22-Sep

Development of Truss Equations

Chapter 3

12

F

24-Sep

Basics of Algor

(Appendix F)

5

13

M

27-Sep

Symmetry, Bandwidth, Algor Program for Truss Analysis

Chapter 4

14

W

29-Sep

Exam #1 (Chapters 1-3)

15

F

1-Oct

Symmetry, Bandwidth, Algor Program for Truss Analysis

Chapter 4

6

16

M

4-Oct

Development for Beam Equations

Chapter 5

17

W

6-Oct

Development for Beam Equations

Chapter 5

18

F

8-Oct

Development for Beam Equations

Chapter 5

7

19

M

11-Oct

Development for Beam Equations

Chapter 5

20

W

13-Oct

Development for Beam Equations

Chapter 5

21

F

15-Oct

Beam Analysis in Algor

Chapter 5

8

22

M

18-Oct

Beam Analysis in Algor

Chapter 5

23

W

20-Oct

Frame and Grid Equations

Chapter 6

24

F

22-Oct

Frame and Grid Equations

Chapter 6

9

25

M

25-Oct

Frame and Grid Equations

Chapter 6

26

W

27-Oct

Frame and Grid Equations

Chapter 6

27

F

29-Oct

Frame and Grid Analysis in Algor

Chapter 6

10

28

M

1-Nov

NEVADA DAY - NO CLASS

29

W

3-Nov

Frame and Grid Analysis in Algor

Chapter 6

30

F

5-Nov

Development of Plane Stress and Plane Strain Stiffness Equations

Chapter 7

11

31

M

8-Nov

Development of Plane Stress and Plane Strain Stiffness Equations

Chapter 7

32

W

10-Nov

Development of Plane Stress and Plane Strain Stiffness Equations

Chapter 7

33

F

12-Nov

Exam #2 (Chapters 4-6)

12

34

M

15-Nov

Practical Considerations in Modeling

Chapter 8

35

W

17-Nov

Practical Considerations in Modeling

Chapter 8

36

F

19-Nov

Interpreting Results

Chapter 8

13

37

M

22-Nov

Interpreting Results

Chapter 8

38

W

24-Nov

Use of Algor Program for Plane Stress/Strain Problems

Chapter 8

39

F

26-Nov

Thanksgiving Day Recess

14

40

M

29-Nov

Algor Solutions of Three-Dimensional Stress Analysis

Chapter 12

41

W

1-Dec

Algor Solutions of Three-Dimensional Stress Analysis

Chapter 12

42

F

3-Dec

Algor Solutions of Three-Dimensional Stress Analysis

Chapter 12

15

43

M

6-Dec

Heat Transfer

Chapter 13

44

W

8-Dec

Algor Solutions of Heat Transfer

Chapter 13

45

F

10-Dec

Algor Solutions of Heat Transfer

Chapter 13

Final - Wednesday Dec. 15 3:10 p.m.

Note: A copy of this schedule, and other course material, is posted at the Mechanical Engineering Department web site: http://www.me.unlv.edu. To access his material, click on: Teaching. Then click on: Syllabi, and Handouts. Select, MEG 443 Course Information.