King Fahd University of Petroleum & Minerals

                                          CIVIL  ENGINEERING  DEPARTMENT

 

                                              CE  201   STATICS

(Section 2)

COURSE OUTLINE & SCHEDULE

                                                   First Semester 1425/2004-05 (041)

 

    Text:  Engineering Mechanics/Statics by R.C. Hibbeler (9th Ed., 2001)

    Prerequisite:  PHYS  101  

 

Instructor   :  Hamdan Al-Ghamedy                      Office Hours:  As announced in class and posted

Office         :  16-118                                                                               Welcome any other time

Tel. #         :  92694 or 2694                                          e-mail: hghamdi@kfupm.edu.sa          

Home page:  http://faculty.kfupm.edu.sa/ce/hghamdi

 

Lect.

Date

Subject

Section

1

S26-7-25

11-9-04

Introduction, Scalars & Vectors

1.1-1.6, 2.1, 2.2

2

M 28-7

13-9

Vector Addition of Forces

2.3

3

W 1-8

15-9

Addition of Coplanar Forces

2.4

4

S 4-8

18-9

Cartesian Vectors

2.5, 2.6

5

M 6-8

20-9

Position Vectors, Force along a Line

2.7, 2.8

6

W 8-8

22-9

Dot Product

2.9

7

S 11-8

25-9

Equilibrium of a Particle & Free-Body Diagrams

3.1, 3.2

8

M 13-8

27-9

Coplanar Force System

3.3

9

W 15-8

29-9

Three-Dimensional Force Systems

3.4

10

Th 16-8

30-9

Three-Dimensional Force Systems

3.4 (cont.)

11

S 18-8

2-10

Moment of a Force-Scalar, Cross Product

4.1, 4.2

12

M 20-8

4-10

Moment of a Force-Vector, Principle of Moments

4.3, 4.4

13

W 22-8

6-10

Moment about an axis

4.5

14

S 25-8

9-10

Moment of a couple

4.6

15

M 27-8

11-10

Equivalent System, Force and Couple System

4.7, 4.8

16

Tu 28-8

12-10

EXAM # 1 ( 7:30 – 9:30  PM )

 

17

S 2-9

16-10

Distributed Loading

4.10

18

M 4-9

18-10

Equilibrium of a Rigid Body, Free Body Diagrams

5.1, 5.2

19

W 6-9

20-10

Equilibrium of a Rigid Body (2-D)

5.3

20

S 9-9

23-10

Equilibrium of a Rigid Body (2-D)

Two and Three-force Members

5.3 (cont.)

5.4

21

M 11-9

25-10

Free Body Diagrams (3-D)

Equilibrium of a Rigid Body (3-D)

5.5

5.6

22

W 13-9

27-10

Equilibrium of a Rigid Body (3-D)

5.6 (cont.)

23

S 16-9

30-10

Simple Trusses

6.1

24

M 18-9

1-11

The Method of Joints; Zero Force Members

6.2,6.3

25

W 20-9

3-11

The Method of Sections

6.4

إجازة العيد:   تقبل الله منا  و منكم  وكل عام  وانتم بخير    Eid Break;

Lect.

Date

Subject

Section

26

S 7-10

20-11

The Method of Sections

6.4 (cont.)

27

M 9-10

22-11

Frames and Machines

6.6

28

W 11-10

24-11

Frames and Machines

6.6 (cont.)

29

S 14-10

27-11

Frames and Machines

6.6 (cont.)

30

M 16-10

29-11

Internal Forces (2-D)

7.1

31

W 18-10

1-12

Internal Forces (3-D)

7.1 (cont.)

32

S 21-10

4-12

Shear and Moment Equations & Diagrams

7.2

33

M 23-10

6-12

Shear and Moment Equations & Diagrams

7.2 (cont.)

34

M 23-10

6-12

EXAM # 2 ( 7 - 9 PM )

 

35

S 28-10

11-12

Shear and Moment Equations & Diagrams

7.2 (cont.)

36

M 1-11

13-12

Dry Friction

8.1

37

W 3-11

15-12

Problems Involving Dry Friction

8.2

38

S 6-11

18-12

Problems Involving Dry Friction

8.2 (cont.)

39

M 8-11

20-12

Problems Involving Dry Friction

8.2 (cont.)

40

W 10-11

22-12

Center of Gravity & Centroid (No Applications)

9.1, 9.2

41

S 13-11

25-12

C. G. for Composite Bodies

9.3

42

M 15-11

27-12

C. G. for Composite Bodies

9.3 (cont.)

43

W 17-11

29-12

Moment of Inertia for Areas

10.1

44

S 20-11

1-1-05

Parallel-Axis Theorem

10.2

45

M 22-11

3-1

Moment of Inertia for Composite Areas

10.5

 

 

*Course materials (e.g. class notes, handouts, homework, key solutions, outline/syllabus, etc.) can be found on my home page/ (CE 201 Statics).

 

 

Grade Distribution:

 

            Quizzes #                                                                                                            =       12%

            Attendance                                                                                                        =         3%

            First Exam: Tuesday 28-8-1425  ( 12-10-2004 )        7:30 - 9:30 PM            =       25%

            Second Exam: Monday 23-10-1425  ( 6-12-2004 )    7:00 - 9:00 PM             =       25%

            Final Exam                                                                                                        =       35%

                                                                                                                                      ___________

            Total                                                                                                                  =       100% 

 

# There will be weekly quizzes on Mondays. They will be from the assigned homework. No excuse for the absence during the quiz will be accepted. Homework will NOT be collected.

 

 

Note:    The University regulations regarding excessive absences will be strictly adhered to in this course.  See pages 25 & 26 of the Undergraduate Bulletin and article nine of The Undergraduate Study and Examinations Regulations.  Remember that if you have an official excuse, you must bring it no later than the second class meeting after resumption of study.  DN grade will be given to the student if the absences exceed one fifth of the scheduled meetings (9 classes).