King Fahd University of Petroleum & Minerals

 

Civil Engineering Department

CE 201 Engineering Statics

 

 

 

 

Instructor        : Dr. Muhammad H. Al-Malack

Office              : 16 - 275

Telephone       : 4735/

e-mail              : mhmalack@kfupm.edu.sa

 

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

 

 

Week              Subject                                                                        Section                  _________

1

            Introduction, Scalars and Vectors                                         1.1-1.2, 2.1-2.2

            Vector Addition of Forces                                                     2.3                  

            Addition of Coplanar Forces                                                 2.4                  

 

2

            Cartesian Vectors                                                                 2.5-2.6

            Position Vectors, Force along a Line                                     2.7-2.8

            Dot Product                                                                          2.9

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3

            Equilibrium of a Particle and Free-Body Diagrams                 3.1-3.2

            Coplanar Force Systems                                                       3.3      

            Three-Dimensional Force Systems                                         3.4      

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4

            Three-Dimensional Force Systems                                       3.4      

            Cross Product, Moment of a Force                                      4.1-4.2

            Moment of a Force and Principle of Moments                      4.3-4.4

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5

            Moment about an axis                                                          4.5

            Moment about an axis                                                          4.5

            Moment of a couple                                                             4.6

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6

            Force and Couple Systems                                                   4.7-4.8

            Distributed Loading                                                              4.10

            Equilibrium of a Rigid Body                                                  5.1-5.2

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FIRST MAJOR EXAMINATION

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7

            Equilibrium of a Rigid Body (2-D)                                        5.3

            Equilibrium of a Rigid Body (2-D)                                        5.3, 5.4           

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

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8

            Equilibrium of a Rigid Body (3-D)                                       5.6

            Simple Trusses                                                                    6.1

            The Method of Joints                                                           6.2

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9

            The Method of Joints                                                           6.2

            Zero Force Members                                                           6.3

            The Method of Sections                                                       6.4

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10

            Frames and Machines                                                           6.6

            Frames and Machines                                                           6.6

            Frames and Machines                                                           6.6

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11

            Internal Forces (2-D)                                                             7.1

            Internal Forces (3-D)                                                             7.1

            Shear and Moment Equations and Diagrams                           7.2

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12

            Shear and Moment Equations and Diagrams                           7.2

            Shear and Moment Equations and Diagrams                           7.2

            Shear and Moment Equations and Diagrams                           7.2

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SECOND MAJOR EXAMINATION

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13

            Dry Friction                                                                         8.1

            Problems Involving Dry Friction                                           8.2

            Problems Involving Dry Friction                                           8.2

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14

            Problems Involving Dry Friction                                           8.2

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

            Center of Gravity for Composite for Composite Bodies        9.3

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15

            Center for Gravity for Composite Bodies                             9.3

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

            Moment of Inertia for Composite Areas                             10.5

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FINAL EXAMINATION

 

 

Tentative Grade Distribution:

            Homework and attendance                                                      10%

            Quizzes (in class)                                                                     15%

            First Major Exam                                                                     25%

            Second Major Exam                                                                 25%

            Final Exam                                                                                25%   

            Total                                                                                        100%

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Notes:

           The University regulations regarding excessive absences will be strictly adhered to (See page 25 and article nine of the undergraduate bulletin).

          9 unexcused absences DN grade.

          Each assignment MUST be submitted according to the standard format on Monday in class.

          Late submission of assignments is NOT accepted.

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