King Fahd University of Petroleum & Minerals

DEPARTMENT OF CIVIL ENGINEERING

 

CE 201 STATICS (Sections 01 & 05)

First Semester 2004-2005 (041)

 

Text: Engineering Mechanics/Statics - R.C. Hibbeler (10th Ed.)

Prerequisite: PHYS 101

 

Instructor: Dr. Maher Bader

Office : 16-133 and 15-6036

Phone : 2554 ; mobile: 0505862278 ; e-mail: mbadr@kfupm.edu.sa

Lecture

Date Subject Section No.

Sept. 11 Introduction, Scalars & Vectors 1.1-1.2,2.1-2.2 1

13 Vector Addition of Forces 2.3 2

15 Addition of Coplanar Forces 2.4 3

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18 Cartesian Vectors 2.5-2.6 4

* 20 Position Vectors, Force along a Line 2.7-2.8 5

22 Dot Product 2.9 6

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25 Equilibrium of a Particle & Free-Body Diagrams 3.1-3.2 7

27 Coplanar Force Systems 3.3 8

29 Three-Dimensional Force Systems 3.4 9

(Extra 30 Three-Dimensional Force Systems 3.4(cont.) 10

Class)

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Oct. 02 Cross Product, Moment of a force 4.1-4.2 11

04 Moment of a Force & Principle of Moments 4.3-4.4 12

06 Moment about an axis 4.5 13

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09 Moment about an axis 4.5(cont.) 14

11 Moment of a couple 4.6 15

13 Force and Couple Systems 4.7-4.8 16

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16 Distributed Loading 4.10 17

18 Equilibrium of a Rigid Body 5.1-5.2 18

20 Equilibrium of a Rigid Body (2-D) 5.3 19

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EXAM 1

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23 Equilibrium of a Rigid Body (2-D), Two and 5.3 (cont.),5.4

Three-force Members 20

** 25 Equilibrium of a Rigid Body (3-D) 5.5-5.6 21

27 Equilibrium of a Rigid Body (3-D) 5.6 (cont.) 22

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30 Simple Trusses 6.1 23

Nov. 01 The Method of Joints 6.2 24

03 The Method of Joints 6.2(cont.) 25

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Eid Al-Fitr Holiday (Nov. 4 19, 2004)

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Lecture

Date Subject Section No.

Nov. 20 Zero Force Members 6.3 26

22 The Method of Sections 6.4 27

24 Frames and Machines 6.6 28

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27 Frames and Machines 6.6 (cont.) 29

29 Frames and Machines 6.6 (cont.) 30

***Dec.01 Internal Forces (2-D) 7.1 31

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04 Internal Forces (3-D) 7.1 (cont.) 32

06 Shear and Moment Equations & Diagrams 7.2 33

08 Shear and Moment Equations & Diagrams 7.2 (cont.) 34

EXAM 2

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11 Shear and Moment Equations & Diagrams 7.2 (cont.) 35

13 Shear and Moment Equations & Diagrams 7.2 (cont.) 36

15 Dry Friction 8.1 37

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18 Problems Involving Dry Friction 8.2 38

20 Problems Involving Dry Friction 8.2 (cont.) 39

22 Problems Involving Dry Friction 8.2 (cont.) 40

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EXAM 3

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25 Center of Gravity & Centroid (No Applications) 9.1-9.2 41

27 Center of Gravity for Composite Bodies 9.3 42

29 Center for Gravity for Composite Bodies 9.3 (cont.) 43

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Jan. 01 Moment of Inertia for Areas, Parallel-Axis Theorem 10.1-10.2 44

03 Moment of Inertia for Composite Areas 10.5 45

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Grade Distribution:

Homework and attendance = 10%

Quizzes (in class) = 10%

First Major Exam (lower grade) = 20%

Second Major Exam (higher grade) = 25%

Final Exam = 35%

Total 100%

 

Note:

        Homework will be assigned in every week.

        The University regulations regarding excessive absences will be strictly adhered to in

this course. (9 unexcused absences DN grade).

        Each assignment MUST be submitted according to the Standard Format.

        Each assignment MUST have a cover page.

        Exam dates will be announced later.

 

* Last day for dropping courses without permanent record.

** Last day for dropping courses with grade (W).

*** Last day for withdrawal from all courses with grade of (W).