MAE 206
#
DAY
1
W AUG 23
2
M AUG 28
3
4
5
W AUG 30
M SEPT 4
W SEPT 6
M SEPT 11
6
7
W SEPT 13
M SEPT 18
8
9
10
W SEPT 20
M SEPT 25
M SEPT 27
11
M OCT 2
12
13
14
W OCT 4
M OCT 9
W OCT 11
15
16
17
18
19
M OCT 16
W OCT 18
M OCT 23
W OCT 25
M OCT 30
20
21
22
23
W NOV 1
M NOV 6
W OCT 8
M NOV 13
24
W NOV 15
25
26
27
M NOV 20
M NOV 27
W NOV 29
28
M DEC 4
29
W DEC 6
DATE
ENGINEERING STATICS
SILVERBERG
FALL 2006
TOPIC
HW
DAY
ASSIGNMENT
#
DUE
The Problem-Solving Process (S1.1); [Math Skills Assessment (online)]
2
Units of Measure (S1.2)
S1.2:1,3,7,10
3
What is a Particle (S2.1); Forces in a S2.2: 12,13,1,3,4,5,14,17,18
3
Plane (S2.2)
[5]
Forces in a Plane (S2.2)
S2.2:20,22,25,27,29,32
NO CLASSES
Equilibrium of a Particle (S2.3)
S2.3:1,7,9,10,13,19,30,33,36,39
5
Equilibrium of a Particle (S2.3);
Review
TEST 1 ON PARTICLES
What is a Rigid Body (S3.1);
S3.2:1,2,6,11,12,14,18
9
Moments in a Plane (S3.2)
Moments in a Plane (S3.2)
S3.2:19,22,25,27,33,34
9
Moment in Space (S3.3)
S3.3:1,2,3,12,14,16,18,19,21
11
Equilibrium of a Rigid Body (S3.4)
S3.4:1,3,5,8,13,15,18,21,22,28,30,32,38
11
,40,44,46,47
Equilibrium of a Rigid Body (S3.4);
Review
TEST 2 ON RIGID BODIES
What is a Mechanical Force? (S4.1)
S4.1:115,116,120,122,129,132,148
15
Composite Bodies and Bodies of
S4.6:291,293,298,303,308,311,316,317,
15
Revolution (S4.6)
326, 337, 340,341
Simple Beams (S4.2)
S4.2:152,153,157,167,169,173,174,182
17
Simple Beams (S4.2)
S4.2:185,186,188,191,194,196
17
Simple Beams (S4.2)
S4.2:203,204,206,207
17
Simple Beams (S4.2)
S4.2: 209,217,219,220
17
Fluid Forces (S4.4);
S4.4:268,274,281
21
Friction Forces (S4.5)
S4.5:1,3,4,7,11,16,19,36
Friction Forces (S4.5)
S4.5:63,68,72,78
21
Review
TEST 3 ON MECHANICAL FORCES
What is a Structure (S5.1); Trusses
S5.2:2,4,8,12,17,18
25
(S5.2)
Assign Projects
Trusses (S5.2);
S5.2:20,25,31,37,39
25
Computer Analysis (S5.5)
S5.2:49,55,61
MATLAB Tutorial (SII.1)
SII.1:2,4
27
Frames (S5.3); Mechanisms (S5.4)
S5.5: 1,4,6,10
27
Classification of Bodies (S6.1);
S6.2:7
29
Calculating Integrals of Simple
S6.3:1,5,8,13,16
Bodies (S6.2); Translated
Coordinates (S6.3)
Rotated Coordinates (S6.4);
S6.4:2,7,8
29
Composite Bodies (S6.5)
S6.5:6,7,15,17
Review
Projects Due
FINAL EXAM (COMPREHENSIVE)
MAE 206 Engineering Statics
Instructor:
L. Silverberg BR 4219
Lectures:
3:00 – 4:15
BR 2211
Office hours:
4:15 – 5:15
BR 4219
Textbook
Engineering Statics, L. Silverberg
Prentice Hall, Inc. (to appear)
Fall 2006
Class Attendance Policy:
Class attendance is mandatory. Excuses for absences are granted by email requests that are
sent to the instructor in advance of the beginning of the class period. Send the requests to the
instructor at lmsilver@eos.ncsu.edu. The penalty for an unexcused absence is a 2 point
deduction from your final average. There are no exceptions.
Grading: Homework 10%, 3 Tests 20% each, Final Exam 30%.
Homework: Please help your graders:
1) Write neatly.
2) Use engineering paper.
3) Box in your final answers.
4) Staple the sheets together in the upper left corner.
5) Hand in your homework at the start of class.
For students who get together to discuss homework assignments, note that the
homework assignments and due dates in this and Dr. Howard’s Engineering Statics
class are the same. Of course, homework is done individually. General discussion is
clearly encouraged, but you must do all of the work yourself.
Academic Integrity:
As an NC State student you are expected to behave with academic integrity – to neither give
nor receive unauthorized aid on an assignment or test.