Civil, Construction
and Environmental Engineering
Railroad
Engineering
Spring
2010 Syllabus
Thursday: 2:45-4:00 PM room 106B Town
Friday: 2:10-3:25 PM room 178 Town
Instructor: Reginald R. Souleyrette
Office: 328 Town
Office Hours: Thursday 4:00 – 5:00 p.m., Friday 3:30 – 5:00 p.m.
Office Telephone: 515-294-5453
E-mail: reg@iastate.edu (preferred
contact)
Instructor: Shashi Nambisan
Office: 372 Town
Office Hours: Thursday 4:00 – 5:00 p.m., Friday 3:30 – 5:00 p.m.
Office Telephone: 515-294-5209
E-mail: shashi@iastate.edu (preferred
contact)
Railroad
industry overview, history, components. Basic track elements and design. Right
of way, roadway and drainage. Signals and structures. Passenger, transit and
high speed rail. Environmental conditions and permitting. Case studies, project and field trip.
CE 355 or
consent of instructor
Practical Guide to Railway Engineering, Second Edition by American Railway Engineering and Maintenance-of-Way Association (AREMA) Committee 24 (2003)
The Railroad, What it is, What it does, 5th Edition by John H. Armstrong. Simmons-Boardman (2008) (note: reference page numbers are to the 1998 edition)
Railroad Engineering, Second Edition by William W. Hay. Wiley (1982)
CE 353 class notes, R. Souleyrette (1999)
Surveying, 9th ed by Moffitt and Bouchard. Harper-Collins (1992)
Transportation Engineering: Planning and Design, by Wright and Ashford. Wiley (1997)
Other readings will be made available
Lecture, guest lectures, student
presentations, discussion, possible field trip(s)
Online Resources
http://www.ctre.iastate.edu/educweb/ce515/
Rail transportation
is an important component of the nation's transportation system. To meet climate and energy (sustainability)
needs, increasing investment is highly likely.
There also has been an increased interest from the railroad industry in
supporting university based curricular efforts to address their increasing
needs for qualified work forces. This course positions our students to be aware
of and take advantage of new opportunities and greener career opportunities.
Students should
be able to design elementary track structures and size tractive effort. They should be able to relate their
understanding of the railroad industry, history, and principal components. They should be able to understand right of
way and roadway issues, and be able to read and understand drainage and signal
plans. They should know the basic types
of structures used and be aware of passenger, transit and high speed rail
characteristics and considerations. They
should also understand environmental conditions and permitting as related to
railroad engineering.
You will meet the objectives listed above through a combination of the following activities in this course:
2 class
presentations (beginning 3rd week) teams of 3 – 15% each
25
minutes including Q&A per person per lecture; prepare homework assignment
(that takes one hour to complete); ~2 hours per week
Field
trip/guest speaker evaluations – 15%
One
pagers; ~0.5 hours per week (when assigned); final exam “experience”
Term
Papers: teams of 2 – 30%; example topics may include:
·
High Speed
Rail
·
Freight Rail
·
Energy/sustainability
·
New Technology
~2-3
hours per week; instructions
(includes due dates)
Homework
– 15%; ~1 hour per week
Class Participation
– 10% (includes submitting interesting web sites, attendance, Q/A
participation, …)
Note: 1) Students preparing power point lectures do not need to submit
“interesting web sites”
2) Students preparing power point lectures
(and homework assignments) do not need to complete the same homework (although
they should provide an answer key for their questions).
|
Week |
Topic |
Description/Links |
Readings |
Other
references/activities |
Homework and Due Date |
|
#1 Jan 11 (1st class Fiday) |
Introduction |
meet to discuss class topic overview, organization,
objectives, … note: special time Friday, 4PM, 316 TEB |
|
|
|
|
#2 Jan 18 |
Railway Development and Industry Overview |
Evolution of the Railroad |
Armstrong Introduction AREMA ch. 1 |
Submit one interesting web site related to the reading, due
Jan. 20 |
|
|
Railroad Technology - The Tools of the
Trade - A look at some basic principles behind rail
transportation. |
Armstrong Ch. 1; |
||||
|
A Hypothetical Railroad-A composite example of a typical railroad is employed to explain
railroading concepts |
Armstrong Ch. 2 |
||||
|
The Railroad Company |
AREMA 2.1-2.3 Supplemental: Armstrong Ch. 18-24 |
||||
|
#3 Jan 25: |
Basic Track |
Basic Track Track
maintenance and inspection - Angie |
AREMA ch. 3; Armstrong Ch. 3 |
Lecture
4 (student ID’ed web sites) |
Submit one interesting web site related to the reading, due
Jan. 27 Homework,
due Feb. 4 |
|
#4 Feb 1: |
The Locomotive |
An informative look at today's modern, high-tech
locomotives. |
Armstrong Ch. 4 AREMA Ch. 2.6 |
REES Module 1 (part) REES Module 3 ( to page
29) Lecture
6 (student ID’ed web sites) |
Submit one interesting web site related to the reading, due
Feb 3 Homework,
due Feb. 12 Websites; |
|
The Railroad Car |
The essential components found on a typical freight car
including, bearings, wheels, suspension systems and more. |
Armstrong Ch. 5 AREMA Ch. 2.5 |
|||
|
The Train-Putting it all together |
Couplers, draft systems, braking systems and more working
together. |
Armstrong Ch. 6 |
|||
|
Car Types, Commodities, and Carloadings |
An introduction to the highest volume commodities and the
cars best suited to move them. |
Armstrong Ch. 9 |
|||
|
#5 Feb 8: |
Right of Way and Roadway; Drainage |
AREMA Ch. 4 |
Submit one interesting web site related to the reading, due
Feb 10 Homework,
due Feb. 19 |
||
|
AREMA Ch. 5 |
|||||
|
#6 Feb 15: |
Structures: |
Note: Term
paper proposals due Feb 19 |
AREMA Ch. 8 |
Submit one interesting web site related to the reading, due
Feb 17 Homework,
due Feb. 26 |
|
|
#7 Feb 22: |
Railway Track and Yard/Terminal Design |
Horizontal and Vertical Alignment; yard design |
AREMA Ch. 6 |
ISU
Railroad Club Operating Session |
Submit one interesting web site related to the reading, due
Feb 24 Homework,
due March 5 |
|
#8 Mar 1 |
Electrification |
AREMA Ch. 9 |
REES Module 3 ( p. 30-
control) Friday, March 5,
special time: 2:30 PM Lecture 14 (student IDed
websites) |
Submit one interesting web site related to the reading, due
March 3 Homework,
due March 12 |
|
|
Communications & Signals: |
A look at the technology that keeps a railroad running
safely and smoothly including signaling systems, traffic control systems,
advanced train control system and more. |
AREMA Ch. 7 Armstrong Ch. 7 |
|||
|
#9 Mar 8: |
Passenger, Transit & High Speed Rail |
An overview of transit, commuter, intercity, and high-speed
rail, including Amtrak. |
Armstrong Ch. 17; AREMA Ch. 10 |
Thursday March 11: Field
trip to Lincoln Way Energy (2:45 meet at North Entrance to Town) Student
presentations on Friday |
Submit one interesting web site related to the reading, due
March 10 |
|
Mar 15 |
SPRING BREAK |
|
|
|
|
|
#10 Mar 22: |
Intermodal Freight Rail |
How freight is moved in trailers and containers on two or
more modes of transportation. |
Armstrong Ch. 15 |
Thursday March 25: Field
Trip to BSVRR (2:45 meet at North Entrance to Town) |
Submit one interesting web site related to the reading, due
March 24 NO HOMEWORK ASSIGNED THIS WEEK – interim paper due next
week |
|
#11 Mar 29: |
Capacity and Operations: Railroad Operation-Moving From
Here to There; |
A behind the scenes look at moving freight through the
system and an introduction to the concept of interchange. |
AREMA Ch. 2.4 Armstrong Ch. 8 |
Thursday April 1: Guest
Lecture, Jerry Rose, University of Kentucky (see BCR(squared)A09) Student presentations on Friday |
Submit one interesting web site related to the reading, due
March 31 Term
paper interim reports due April 2 |
|
Capacity and Operations: Car Ownership and Distribution |
A detailed look at rules pertaining to car owners and how
cars move within the general railroad system. |
Armstrong Ch. 10 |
|||
|
#12 Apr 5: |
Capacity and Operations: Terminal Operations |
Where the first and last steps in a rail movement take
place. |
Armstrong Ch. 11 |
Thursday April 8: Guest Lecture, Tammy Nicholson,
Iowa DOT (Introduction by Dr. Alleman) –Presentation ·
Passenger equipment innovations ·
Rail regulations ·
Environmental considerations – new for
the railroads Student presentations on
Friday |
Submit one interesting web site related to the reading, due
April 7 |
|
Capacity and Operations: |
Definitions, Speed, Infrastructure Considerations |
Armstrong Ch. 12 |
|||
|
#13 Apr 12 |
Humpyard Design: Cliff Capacity and Operations: Classification and Blocking;
Moving Trains: Eric,
Jeff |
-
How railcars are assembled into trains to reach their destination Hump
Yard – Cliff -
Line-Haul Operations-An introduction to how trains are moved from point
to point. Jeff
-
Unit-Train Operations-How a train comprising of a single commodity,
such as coal, is move; Special Freight and Package Services-Moving
less-than-carload and express package shipments by rail. Eric |
Armstrong Chs. 13, 14, 16 |
|
Submit one interesting web site related to the reading, due
April 14 Homework, due April 30: figure;
text;
spreadsheet |
|
#14 Apr 19 |
|
AREMA Ch. 11 |
THURSDAY MEET IN NEW ROOM,
106 TOWN Thursday: Student lectures Special lecture: Tim
Klein, USDOT RITA |
Submit one interesting web site related to the reading, due
April 21 NO HOMEWORK! |
|
|
#15 Apr 26 |
Thursday: course evaluations and
term paper discussions: Angie and Danielle |
|
Friday: Field trip to UP Boone Yard, depart Town or InTrans at 2PM |
|
|
|
#16 May 3 |
Final slot: Future rail considerations: Jeff Continue term paper discussions: Eric and Michael;
Dan and Nicole; Peter and Corey |
|
·
Teamwork
personal evaluation |
Term
papers due May 3 |
Note about calendar/schedule: This is a very preliminary schedule, subject to change
due to availability of guest lectures, field trip opportunities as they may
arise, interests of the students, and travel/availability of instructors. We will strive to give students as much
notice as possible about changes.
|
Points |
Description |
|
2@15 |
class presentations |
|
15 |
Field
trip/guest speaker evaluations |
|
30 |
Term
Paper instructions |
|
15 |
Homework |
|
10 |
Participation |
|
100 |
Total Points Possible |
Be sure to pay close attention to deadlines—there will be no make up assignments or quizzes, or late work accepted without a serious and compelling reason and instructor approval.
Points you receive for graded activities will be posted to the class web site.
Your instructor will update the online grades each time a grading session has been complete—typically 7 days following the completion of an activity.
Final grades assigned for this course will be based on the percentage of total points earned and are assigned as follows:
Letter Grade |
Percentage |
Performance |
|
A |
93-100% |
Excellent Work |
|
A- |
90-92% |
Nearly Excellent Work |
|
B+ |
87-89% |
Very Good Work |
|
B |
83-86% |
Good Work |
|
B- |
80-82% |
Mostly Good Work |
|
C+ |
77-79% |
Above Average Work |
|
C |
73-76% |
Average Work |
|
C- |
70-72% |
Mostly Average Work |
|
D+ |
67-69% |
Below Average Work |
|
D |
60-66% |
Poor Work |
|
F |
0-59% |
Failing Work |
Students are expected to attend all class sessions as listed on the course calendar.
If you find that you have any trouble keeping up with assignments or other aspects of the course, make sure you let your instructor know as early as possible. As you will find, building rapport and effective relationships are key to becoming an effective professional. Make sure that you are proactive in informing your instructor when difficulties arise during the semester so that they can help you find a solution.
All assignments for this course will be submitted electronically unless otherwise instructed. Assignments must be submitted by the given deadline or special permission must be requested from instructor before the due date. Extensions will not be given beyond the next assignment except under extreme circumstances.
It is the student’s responsibility to understand when they need to consider disenrolling from a course. Refer to the Iowa State Course Schedule for dates and deadlines for registration. After this period, a serious and compelling reason is required to drop from the course. Serious and compelling reasons includes: (1) documented and significant change in work hours, leaving student unable to attend class, or (2) documented and severe physical/mental illness/injury to the student or student’s family.
Under emergency/special circumstances, students may petition for an incomplete grade. An incomplete will only be assigned for compelling reasons. All incomplete course assignments must be completed within one year.
If you have a documented disability and verification from the Office of Student Disability Resources (SDR), and wish to discuss academic accommodations, please contact your instructor as soon as possible. It is the student’s responsibility to provide documentation of disability to SDR and meet with a SDR counselor to request special accommodation before classes start.
SDR is located in 1076 Student Services Building and can be contacted by phone at 515-294-7220 (Voice) 515-294-6635 (TTY only) or via email at disabilityresources@iastate.edu.
The value of an education at
Iowa State University depends greatly upon the quality of academic work and
research completed by you and other students. As students, your role in
promoting and preserving integrity on campus is essential.
Academic integrity might best
be defined, quite simply, as doing one's own academic work without unauthorized
assistance from other persons or resources. More specifically, academic
integrity means that students take their coursework seriously and place
significant value on learning and engagement in the classroom and while
completing assignments and projects.
Engaging in dishonest work may
result in consequences from Iowa State such as a reduced or failing grade on
the particular assignment or test, a reduced or failing grade in the course,
and a range of sanctions
from the Office of Judicial Affairs. Current and former students applying for
graduate school or government jobs may be requested by that college,
university, or government agency to disclose any instances of dishonest
academic work for which they were found responsible for violating university
policy.
Iowa State University depends
upon every member of the community, including students, to preserve and promote
integrity in the classroom.
If a student is found
responsible for Academic Misconduct, the resulting sanctions will depend on whether it is
considered a minor
or major case. Additionally, faculty members and course instructors
have full discretion over the resulting grades on assignments, essays,
projects, and/or the final course grade.
The Undergraduate
Academic Advising Handbook and the Graduate College Handbook are two excellent resources for you
as you complete your education at Iowa State.
Additionally, information on
plagiarism, the consequences of plagiarism and best practices to avoid
plagiarism is available at: http://instr.iastate.libguides.com/content.php?pid=10314.
Related resources for ESL
students are available at this link: http://www.wmhc.isucomm.iastate.edu/webfiles/eslresources.html.
Avoiding Plagiarism - http://www.writing.nwu.edu/avoiding_plagiarism.html
Avoiding Plagiarism - http://owl.english.purdue.edu/handouts/research/r_plagiar.html
Combating Plagiarism (CQ Researcher) - http://www.cqpress.com/docs/Combating%20plagiarism.pdf
Examples of Plagiarism (Academic Integrity at Princeton) - http://www.princeton.edu/pr/pub/integrity/pages/plagiarism.html
Plagiarism: What it is and How to Recognize and Avoid it - http://www.indiana.edu/~wts/pamphlets/plagiarism.shtml
A Statement on Plagiarism - http://webster.commnet.edu/mla/plagiarism.shtml
What is Plagiarism? - http://www.georgetown.edu/honor/plagiarism.html
Important Note: Any form of academic
dishonesty, including cheating and plagiarism, may be reported to the office of
judicial affairs.
Course policies are subject to change. It is the student’s responsibility
to check the web site for corrections or updates to the syllabus. Any changes
will be posted on the web site.