King Fahd University of Petroleum & Minerals

DEPARTMENT OF CIVIL ENGINEERING

 

CE 201 STATICS (Section 01)

Second Semester 2005-2006 (052)

 

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

Prerequisite: PHYS 101

 

Instructor: Dr. Naser Al-Shayea

Office Hours: As posted on my office

Office : 16-134

Phone : 2480 ; e-mail: nshayea@kfupm.edu.sa

 

 

Lecture

Date Subject Section No.

Feb. 13 Introduction, Scalars & Vectors 1.1-1.2,2.1 1

15 Vector Addition of Forces 2.2-2.3 2

16 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

March 01 Three-Dimensional Force Systems 3.4 9

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04 Three-Dimensional Force Systems 3.4(cont.) 10

06 Cross Product, Moment of a force 4.1-4.2 11

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

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11 Moment about an axis 4.5 13

13 Moment about an axis 4.5(cont.) 14

15 Moment of a couple 4.6 15

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18 Force and Couple Systems (EXAM # 1) 4.7-4.8 16

20 Distributed Loading 4.10 17

22 Equilibrium of a Rigid Body 5.1-5.2 18

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

27 Two and Three-force Members 5.4 20

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

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Midterm Break (1-2 April, 2006)

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Lecture

Date Subject Section No.

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

5 Simple Trusses 6.1 23

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8 The Method of Joints 6.2 24

10 The Method of Joints 6.2(cont.) 25

12 Zero Force Members 6.3 26

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15 The Method of Sections 6.4 27

17 Frames and Machines (EXAM # 2) 6.6 28

19 Frames and Machines 6.6 (cont.) 29

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22 Frames and Machines 6.6 (cont.) 30

24 Internal Forces (2-D) 7.1 31

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

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29 Shear and Moment Equations & Diagrams 7.2 33

May 1 Shear and Moment Equations & Diagrams 7.2 (cont.) 34

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

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

8 Dry Friction (EXAM # 3) 8.1 37

10 Problems Involving Dry Friction 8.2 38

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13 Problems Involving Dry Friction 8.2 (cont.) 39

15 Center of Gravity & Centroid (No Applications) 9.1-9.2 40

17 Center of Gravity for Composite Bodies 9.3 41

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20 Center for Gravity for Composite Bodies 9.3 (cont.) 42

22 Moment of Inertia for Areas, Parallel-Axis Theorem 10.1-10.2 43

24 Moment of Inertia for Composite Areas 10.5 44

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27 Review -- 45

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Grade Distribution: (Tentative)

Homework = 5%

Attendance + participation = 5%

First Major Exam = 15%

Second Major Exam = 20%

Third Major Exam = 20%

Final Exam = 35%

Total 100%

Notes:

        Homework should be submitted on time.

        The University regulations regarding excessive absences will be strictly adhered to (DN grade will be issued after 9 unexcused absences).

        mark will be deducted for each absence.