GE_2010-_Daily_Schedules_-_Mech_-2013-2014
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GE 2010 STATICS (Course Syllabus) First Semester 1436/1437 H (2015-2016 G) Textbook: Engineering Mechanics, Statics, 6 th Edition, SI Version, 2006 by Dr. Kamel Touileb, Dr. Jamel Chakhari Lectures Tutorial Homework Chapter Hours Secti ons SP Problem s Chap 1: INTRODUCTION 2 1/1-7 1/2,3 - 1/1,2,3,5 1/ 4,7 App. Chap 2: FORCES SYSTEMS in 2D 4 Force 2/1,2 2/1,2 - 2/1,7,21 2/3, 5, 8 Moment and Couple 2/4,5 2/5,7,8 - 2/29,30,35 , 45,67 2/41, 43, 47, 56 Resultants 2/6 2/9 - 2/77,83,91 2/90, 93 FORCE SYSTEMS in 3D 6 Rectangular Components 2/7 2/10 - 2/99,105 2/101, 104 Moment and Couple 2/8 2/11, 12,13,1 - 2/ 115, 117 2/130, 140 Resultants 2/9 2/18,19 - 2/145,149, 151 2/144, 148, 160 Chap 3: -EQUILIBRIUM in 2D 3 System Isolation 3/1,2 3/A - 3/B 3/C Equilibrium Conditions 3/3 3/1,2,4 3/3,6,20 3/1,15,17 3/19,24,42 -EQUILIBRIUM in 3D 6 Equilibrium Conditions 3/4 3/5,6,7 3/63,89 3/61,89,93 3/63,68,70 Chap 4: STRUCTURES Plane Trusses :Method of joint 4/1,2 4/1 4/5 4/11,13 4/ 16,20 Method of Sections 4/4 4/3,4 4/31 4/29,37 4/ 32,36,48 Frames and Machines 2 4/6 4/6,7 - 4/67,71,80 4/ 78,93 Chap 5: DISTRIBUTED FORCES Mass centers & Centroids 5/1,2 5/1,2,3 5/4 5/13,25, 5/28 Composite Bodies 5/4 5/6,8 - 5/45,46, 5/48,52 Theorem of Pappus 5/5 5/9,10 - 5/73 5/76,90 Beams 3 5/6,7 5/11,12 , 13 5/15 5/101, 103,105, 115 5/100,102, 110, Area Moments of Inertia Area Moments of Inertia A/ A/ - A/17,21 A/19,27 Composite Areas A/3 A/7 A/35,A/43 A/ A/36,40 Chap 6: FRICTION Dry Friction 6/1,2 6/1,2,3 6/5 6/1,3,7 6/8,24
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Transcript of GE_2010-_Daily_Schedules_-_Mech_-2013-2014
GE 2010 STATICS (Course Syllabus)First Semester 1436/1437 H (2015-2016 G)
Textbook: Engineering Mechanics, Statics, 6th Edition, SI Version, 2006 by Dr. Kamel Touileb, Dr. Jamel Chakhari
Lectures Tutorial HomeworkChapter Hours
Sections
SP ProblemsChap 1: INTRODUCTION
21/1-7 1/2,3 - 1/1,2,3,5 1/ 4,7
App. CChap 2: FORCES SYSTEMS in 2D 4
Force 2/1,2 2/1,2 - 2/1,7,21 2/3, 5, 8
Moment and Couple 2/4,5 2/5,7,8 -2/29,30,35,
45,672/41, 43, 47, 56
Resultants 2/6 2/9 - 2/77,83,91 2/90, 93
FORCE SYSTEMS in 3D 6
Rectangular Components 2/7 2/10 -2/99,105
2/101, 104
Moment and Couple 2/82/11,
12,13,1444
- 2/ 115, 117 2/130, 140
Resultants 2/9 2/18,19 - 2/145,149,151
2/144, 148, 160
Chap 3: -EQUILIBRIUM in 2D 3
System Isolation 3/1,2 3/A - 3/B 3/C
Equilibrium Conditions 3/3 3/1,2,4 3/3,6,20 3/1,15,17 3/19,24,42
-EQUILIBRIUM in 3D 6Equilibrium Conditions 3/4 3/5,6,7 3/63,89
63,763/61,89,93 3/63,68,70
Chap 4: STRUCTURESPlane Trusses :Method of joint 3 32
4/1,2,3
4/1 4/5 4/11,13 4/ 16,20 ( 4/13,22)Method of Sections
34/4 4/3,4 4/31 4/29,37 4/ 32,36,48
( 4/35,39)Frames and Machines 2
4/6 4/6,7 - 4/67,71,80 4/ 78,93
Chap 5: DISTRIBUTED FORCES
Mass centers & Centroids 2
5/1,2,3
5/1,2,3 5/4 5/13,25,27
5/28Composite Bodies 2
5/4 5/6,8 - 5/45,46,51
5/48,52Theorem of Pappus 1
5/5 5/9,10 - 5/73 5/76,90
Beams 3
5/6,75/11,12,
13 5/155/101,103,105,115
5/100,102, 110,
Area Moments of Inertia Area Moments of Inertia 3
A/1,2,3
A/1,2,3,45
- A/17,21 A/19,27Composite Areas 2
A/3 A/7 A/35,A/43 A/39,42,51
A/36,40
Chap 6: FRICTION Dry Friction 3
6/1,2,3
6/1,2,3 6/5 6/1,3,7 6/8,24
