## King Fahd University of Petroleum & Minerals

DEPARTMENT OF CIVIL ENGINEERING

CE  201   STATICS

Second Semester 072

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

Prerequisite:  PHYS  101

Instructor:           Naser Al-Shayea

Office       :         16-134

Phone       :         2480

e-mail       :         nshayea@kfupm.edu.sa

Lecture

Date                 Subject                                                                                     Section              No.

Feb.     17        Introduction,                                                                             Ch.1                    1

19        Scalars & Vectors                                                                    2.1-2.2                2

21        Vector Addition of  Forces                                                       2.3                      3

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24        Addition of Coplanar Forces                                                     2.4                      4

26        Cartesian Vectors                                                                     2.5, 2.6               5

28        Position Vectors, Force along a Line                                         2.7, 2.8               6

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March  03       Dot Product                                                                             2.9                      7

05       Coplanar Force Systems                                                           3.1-3.3                8

07       Three-Dimensional Force Systems                                            3.4                      9

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

12        Three-Dimensional Force Systems                                            3.4 (cont.)          11

14        Cross Product, Moment of a force                                            4.1-4.2               12

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17        Moment of a Force & Principle of Moments                             4.3-4.4               13

19        Moment about an axis                                                               4.5                     14

21        Moment about an axis                                                               4.5 (cont.)          15

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24        Moment of a couple      (EXAM #1)                                         4.6                     16

26        Force and Couple Systems                                                       4.7-4.8               17

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31        Equilibrium of a Rigid Body                                                       5.1-5.2               19

April     02        Equilibrium of a Rigid Body (2-D)                                             5.3                     20

04        Two and Three-force Members                                                5.4                     21

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07        Equilibrium of a Rigid Body (3-D)                                             5.5-5.6               22

09        Equilibrium of a Rigid Body (3-D)                                             5.6 (cont.)          23

11        Simple Trusses                                                             6.1                     24

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Midterm Vacation

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Lecture

Date                 Subject                                                                                     Section              No.

16        The Method of Joints                                                                6.2                     25

18        The Method of Joints                                                                6.2(cont.)           26

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21        Zero Force Members                                                               6.3                     27

23        The Method of Sections                                                            6.4                     28

25        Frames and Machines   (EXAM #2)                                         6.6                     29

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29        Frames and Machines                                                               6.6 (cont.)          30

30        Frames and Machines                                                               6.6 (cont.)          31

May     02        Internal Forces (2-D)                                                                7.1                     32

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05        Internal Forces (3-D)                                                                7.1 (cont.)          33

07        Shear and Moment Equations & Diagrams                                7.2                     34

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

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

14        Shear and Moment Equations & Diagrams                                7.2 (cont.)          37

16        Dry Friction (EXAM #3)                                                         8.1                     38

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19        Problems Involving Dry Friction                                                8.2                     39

21        Problems Involving Dry Friction                                                8.2 (cont.)          40

23        Problems Involving Dry Friction                                                8.2 (cont.)          41

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26        Center of Gravity & Centroid (No Applications)                           9.1-9.2               42

28        Center of Gravity for Composite Bodies                                    9.3                     43

30        Moment of Inertia for Areas, Parallel-Axis Theorem      10.1-10.2          44

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June     02        Moment of Inertia for Composite Areas                                    10.5                   45

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H.W.                                                                            =            5%

Attendance/Participation                                              =            5%

First Major Exam                                                         =          15%

Second Major Exam                                                     =          20%

Third Major Exam                                                        =          20%

Final Exam                                                       =          35%

Total                                                                                        100%

Note:

·        Homework must be submitted on time.

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

this course.  (9 unexcused absences ® DN grade).

·        1/2 mark will be deducted for each absence.