King Fahd University of Petroleum & Minerals

CIVIL ENGINEERING DEPARTMENT

 

CE 201  STATICS

 

COURSE OUTLINE & SCHEDULE

SUMMER 2002 (013)

 

Text:  Engineering Mechanics/Statics (8th ed.) - Hibbeler

 

Instructor          :  Dr. Naser A. Al-Shayea

Office               :  16-134

Telephone        :  2480

e-mail               :  nshayea@kfupm.edu.sa

 

Lect #              Date                 Subject                                                                         Section

   1       T          July      1          Introduction                                                                  Ch. 1

   2       W                    2          Scalars & Vectors                                                        2.1-2.2

   3       S                      5          Addition of Coplanar Forces                                         2.3

   4       U                     6          Addition of Coplanar Forces                                         2.4

   5       M                     7          Cartesian Vectors                                                         2.5-2.6

   6       T                      8          Position Vectors, Force along a Line                             2.7-2.8

   7       W                    9          Dot Product                                                                 2.9

   8       Thu                  10        Equilibrium of a Particle                                                3.1-3.2

   9       S                      12        Equilibrium of a Particle (2-D)                           3.3

  10      U                     13        Equilibrium of a Particle (3-D)                           3.4

  11      M                     14        Cross Product, Moment of a force                                4.1-4.2

  12      T                      15        Moment of a force & Principle of Moments                   4.3-4.4

  13      W                    16        Moment about an axis                                                   4.5

  14      S                      19        Moment of a couple                                                      4.6

  15      U                     20        Force and Couple Systems                                           4.7-4.8

  16      M                     21        Distributed Loading, Equilibrium of a Rigid Body            4.10,5.1,5.2

  17      T                      22        Equilibrium of a Rigid Body (2-D)                                 5.3

  18      W                    23        Equilibrium of a Rigid Body (2-D),

                                                Two and Three-Force Members                                 5.3 (cont.),5.4

  19      S                      26        Equilibrium of a Rigid Body (3-D)                                 5.5-5.6

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

  21      M                     28        Simple Trusses                                                 6.1

  22      T                      29        The Method of Joints                                                    6.2

  23      W                    30        The Method of Joints/Zero Force Members                6.2 (cont.),6.3

  24      S          Aug.     2          The Method of Sections                                                6.4

  25      U                    3          Frames and Machines                                                   6.6

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  26      M                     4          Frames and Machines                                                   6.6 (cont.)

  27      T                      5          Internal Forces (2-D)                                                    7.1

  28      W                    6          Internal Forces (3-D)                                                    7.1 (cont.)

  29      S                     9          Shear and Moment Equations & Diagrams                    7.2

  30      U                     10        Shear and Moment Equations & Diagrams                    7.2 (cont.)

  31      M                     11        Dry Friction                                                                  8.1

  32      T                      12        Problems Involving Dry Friction                                    8.2

  33      W                    13        Problems Involving Dry Friction                                    8.2 (cont.)

  34      S                      14        Center of Gravity & Centroid (No application)  9.1-9.2

  35      U                     17        C.G. for Composite Bodies                                          9.3

  36      M                     18        Moment of Inertia for Areas, Parallel-Axis Theorem      10.1-10.2

  37      T                      19        Moment of Inertia for Composite Areas                        10.5

  38      W                    20        Review

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Grade Distribution:

      Homework                                                 =          10%

      Attendance + class participation                  =          6%

      Quizzes (three)                                           =          9%

      First Major Exam                                       =          20%

      Second Major Exam                                   =          20%

      Final Exam                                     =          35%

            Total                                                                100

 

Note:   

·        The University regulations regarding excessive absences will be strictly adhered to in this course.  (9 unexcused absences ® DN grade).

·        Attendance will be checked regularly.  The grade will be lowered 0.5% for each lecture absence without an official excuse.

·        Each assignment MUST be submitted according to the Standard Format.

·        Each assignment MUST have a cover page.

·        Late submission of assignments is NOT accepted.

·        No make-up exams will be given.