
|
Section
NN |
Place |
Meeting Times |
Instructor |
Office/Hours |
|
01 |
Rowan Hall 304 |
R: 6:30-9:00 |
Sukumaran |
T
– 1400-1500 R
– 1000-1100 |
This course is a follow up to Geotechnical
Engineering and deals with advanced concepts in earth structures and foundation
design. The specific objectives of the
course are to provide the students with:
The
skills to design foundations for engineering structures, as well as design
earth supporting structures.
The
tools needed to approach and solve real-world foundation engineering problems.
The
skills necessary to interpret data collected from site investigations.
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Geotechnical
Engineering
In keeping
with published policy, attendance is required because substantial
in-class material is presented. Points will be deducted from the final grade
for unexcused absences. The instructor must be notified of an excused absence
in advance of the class. Sleeping in class is forbidden. Notebooks, textbooks
and calculators should be brought to each class.
You
are encouraged to work on homework assignments and exchange ideas with your
classmates, but the assignment and calculations should reflect your individual
effort. Points will be deducted for unprofessional presentation, unstapled sheets and missing names. A group project and presentation on a
foundation engineering project will be required at the end of the
semester. It is imperative that all
group members participate in writing as well as presenting the paper. Students not participating in their group’s
presentation will have a percentage of the project grade deducted, based on
feedback from the other group members.
In
determining final grades for the course, the following will be considered:
The
extent to which the student is consistently present and fully prepared for each
class (students with more than two absences will be subject to a penalty in
final grading)
The
extent to which the student engaged in informed discussions and raised
questions in class (informed discussion goes beyond the expression of opinions)
The
quality of the student’s work
Additional
Guidelines include the following:
All work must be submitted at the beginning
of the class period on the due date. Accommodation may be granted for special
circumstances but must be supported by proper documentation. If a student is
excused, he/she will be given a reasonable opportunity to make up such work.
Late work will be penalized 20% of the maximum possible score for each calendar
day delay. An assignment submitted more than four days late will be given a
zero score. Units on the final answer. No units, no credit.
Unannounced quizzes will be given as
required on material we have already covered.
Any form of cheating, plagiarism,
and/or academic dishonesty will result in an "F" grade in the course
for the individual(s) involved.
A 2-hour closed book midterm examination
will be given mid-semester. A one-page 81/2x11 inch formula sheet (prepared by
the student) is permitted.
A 2-hour final exam will be given
during the final exam week. The final exam is not comprehensive, except for
concepts and core material. A one-page 81/2x 11 inch formula sheet (prepared by
the student) is permitted.
Partial credit will be given to incorrectly
solved problems, as long as the solution reflects basic understanding of the
material.
This course is only offered for
grade credit. The grade is determined by evaluating work performed in the
listed areas:
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The following constitutes an agreement
between the students and instructor. If
you have any concerns about this Bill, please bring it to my attention immediately.
Everyone
in this class (students, instructors, guests) has the right to work in
harassment-free, hostility free environment; harassment of others and explicit
or deliberate hostility are not tolerated.
Everyone
in this class has the responsibility to behave as competent adults and to be
open and polite to one another.
Everyone
in the class has the right to be treated with respect and dignity at all times,
even in the midst of heated argument.
Everyone
in this class has the responsibility to work together to create an environment
in which active learning, including responsible and respectful thinking is
encouraged.
Everyone
in this class should come fully prepared to listen, to participate, to learn,
to teach.
Students
have the responsibility to keep an open mind and to try to comprehend what the
instructor/and fellow classmates are trying to get across to them.
Students have the
responsibility to try to integrate the information from their courses into
other courses and into other areas of their lives.
Your
academic success is important. If you have a documented disability that may
have an impact upon your work in this class, please contact me. Students must
provide documentation of their disability to the
|
Week |
Date(s) |
Topics |
|
1 |
Chapter
3 |
Geotechnical
Engineering Review |
|
2 |
Chapter
4 |
Site
Investigation |
|
3 |
Chapter
5 & 6 |
Introduction
to shallow foundations Loads
on foundations Bearing
capacity analysis methods Spread
footings - |
|
4 |
Chapter
7 |
Settlement
calculations |
|
5 |
Chapter
8 |
Eccentrically
loaded foundation Problem
soils |
|
6 |
Chapter
10 |
Mat
foundations |
|
7 |
Midterm |
|
|
8 |
Chapter
11 |
Deep
foundations Types
of piles Construction
methods |
|
9 |
Chapter
13, 14 |
Deep
foundation axial load capacity based on static loading and analytical methods |
|
10 |
Chapter
15 |
Deep
foundation axial load capacity based on dynamic methods |
|
11 |
|
Deep
foundations |
|
12 |
Chapter
22 and 23 |
Lateral
earth pressure theory |
|
13 |
Chapter
24 |
Design
of retaining walls |
|
14 |
Review |
|
|
15 |
|
Final
Exam |
Note: Assignments and topical sequence are
subject to change.
Handouts
Geotechnical
Engineering Review courtesy of University of Washington
Homework
& Quiz Solutions
Class work problem on bearing capacity
Photographs from the site
visit
Geology
Information for Indiana
Groundwater
and well information for Indiana
Using GIS for geotechnical and
construction applications (provided by Prof. Luna)
Great website for Geotechnical
Engineering Papers and Research
Pile Foundation
Information
Deep Foundation Institute (DFI) Links
to site on pile foundations, geotechnics, related agencies & organizations
Most of the 50 state Dept.
of Transportation (DOTs) in the US
Association of Drilled Shaft Contractors
(ADSC)
Telephone
8562565324
FAX
8562565242
Postal address
Electronic mail
General Information: sukumaran@rowan.edu