King Fahd University of Petroleum & Minerals
CIVIL ENGINEERING DEPARTMENT
CE 201 STATICS
First
Semester 2000-2001 (001)
Text: Engineering Mechanics/Statics -
R.C. Hibbeler (8th Ed.)
Prerequisite: PHYS 101
Instructor: Dr.
Naser Al-Shayea
Office : 16-134
Phone: 2480
Lecture
Date Subject
Section No.
Sep. 4 Introduction 1
6
Scalars & Vectors 2.1-2.2 2
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9 Vector
Addition of Forces 2.3 3
11 Addition
of Coplanar Forces 2.4 4
13 Cartesian
Vectors 2.5-2.6 5
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16
Position Vectors, Force along a Line 2.7-2.8 6
18 Dot
Product 2.9 7
20 Equilibrium
of a Particle & Free-Body Diagrams 3.1-3.2 8
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23 Coplanar
Force Systems 3.3 9
25 Three-Dimensional
Force Systems 3.4 10
27 Three-Dimensional
Force Systems 3.4(cont.) 11
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30 Cross
Product, Moment of a force 4.1-4.2
12
Oct. 2 Trans.
of a Force & Principle of Moments 4.3-4.4 13
4 Moment
about an axis 4.5 14
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7 EXAM # 1 15
9 Moment
of a couple 4.6 16
11 Force
and Couple Systems 4.7-4.8 17
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14 Distributed
Loading 4.10 18
16 Equilibrium
of a Rigid Body 5.1-5.2 19
18 Equilibrium
of a Rigid Body (2-D) 5.3 20
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21 Equilibrium
of a Rigid Body (2-D), Two and 5.3
(cont.),5.4
Three-force
Members 21
22 Equilibrium
of a Rigid Body (3-D) 5.5-5.6 22
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23-25 / October / 2000 MID-SEMESTER BREAK
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28
Equilibrium of a Rigid Body (3-D) (Normal Saturday Classes) 5.6 (cont.)
23
30 Simple Trusses 6.1
24
Nov. 1 The Method of
Joints 6.2 25
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Lecture
Date Subject Section
No.
Nov. 4 The Method of Joints; Zero Force Members 6.2(cont),6.3 26
6 The
Method of Sections 6.4 27
8 Frames
and Machines 6.6 28
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11 Frames
and Machines 6.6
(cont.) 29
13 Frames
and Machines 6.6
(cont.) 30
15 Internal
Forces (2-D) 7.1 31
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18 EXAM
# 2 32
20 Internal
Forces (3-D) 7.1
(cont.) 33
22 Shear
and Moment Equations & Diagrams 7.2 34
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25 Shear
and Moment Equations & Diagrams 7.2
(cont.) 35
27 Shear
and Moment Equations & Diagrams 7.2
(cont.) 36
29 Dry Friction 8.1 37
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Dec. 2 Problems
Involving Dry Friction 8.2 38
4 Problems
Involving Dry Friction 8.2
(cont.) 39
6 Problems
Involving Dry Friction 8.2
(cont.) 40
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9
Center
of Gravity & Centroid (No Applications) 9.1-9.2 41
11 C.
G. for Composite Bodies 9.3 42
13
C.
G. for Composite Bodies 9.3
(cont.) 43
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16-30
/ December / 2000
EID-AL-FITR VACATION
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Jan. 1 Moment
of Inertia for Areas, Parallel-Axis Theorem 10.1-10.2 44
3 Moment
of Inertia for Composite Areas 10.5 45
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Grade Distribution:
Homework
and attendance = 15%
(7, 8)
Quizzes
(In-Class) = 10%
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)
Each
assignment MUST be submitted
according to the Standard Format.
Each
assignment MUST have a cover page.
Late
submission of assignments is NOT
accepted.
Exam
dates are tentative. Instructor
shall confirm exam dates.
No
make-up exams will be given.