Syllabus METherm Fall 2019
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Credit Hours
2
Course Type
Mechanical Engineering
Terms Offered
Fall, Spring
Catalog Description
EML 3002. This course is an introduction to thermal-fluid engineering
necessary to understand the principles of operation of the engine
built and modeled in the laboratory course.
Prerequisites
MAC 2311 and PHY 2048C. Corequisite: EML 3002L.
BY THE SECOND LECTURE, STUDENTS MUST BRING THEIR ADVISING FORM
INITIALED BY AN ME ADVISOR (HRUDA/STANLEY).
Instructor
Dr. Leon van Dommelen
Office: MW 5:00-6:30 pm in A242 CEB.
Help session MW 9:30-10:45 in A337 (old building) when homework or an exam
is due or A242 otherwise.
E-mail: dommelen@eng.famu.fsu.edu
Web page:
http://www.eng.famu.fsu.edu/~dommelen
Phone: 410-6324
More contact info:
http://www.eng.famu.fsu.edu/~dommelen/contact
TA
- Ebony Bland
Office TR 11-12 noon in A230 CEB.
Help session MW 10:45-11:45 in A305 (old building) when homework or an exam
is due.
e-mail eb16j at My FSU
- Kevin Richter
Office 8-10 am Tuesday in A230 CEB.
e-mail server kr15 at My FSU
- Handy Pierre
Office 11-12 am Thursday and/or as TBA in A230 CEB.
e-mail hap17b at My FSU
Class times are MW 3:30-4:45 in B210 (B = new building).
In the below, HC stands for the recommended 6th edition hard cover
Sonntag book, SC for the recommended 2nd edition softcover, and NH for
the not recommended 8th edition hardcover.
Monday |
|
Wednesday |
8/26 |
Topics: Thermo devices, Definitions
Read: HC, SC, NH: Chapter 1
HW:
| |
8/28 |
Topics: Definitions, Hydrostatics, Pressure Force
Read: HC, SC: Chapter 2; NH: Chapter 1
BRING ADVISING FORM
|
9/2 |
LABOR DAY
| |
9/4 |
Topics: Pure Substances: PT, Tv, Pv Diagrams
Read: HC, SC: 3.1-3; NH: 2.1-4, 2.6-7
HW: web page. pdf
|
9/9 |
Topics: Pure Substances: Quality, Interpolation
Read: HC, SC: 3.4-5; NH: 2.5
HW: web page. pdf
| |
9/11 |
Topics: Pure Substances: Ideal gases
Read: HC: 3.6 SC: 3.6-7; NH: 2.8-9
HW: web page. pdf
|
9/16 |
Topics: Work
Read: HC, SC: 4.1-3, 4.5-6; NH: 3.3-4
HW: web page. pdf
| |
9/18 |
Topics: Work, Heat
Read: HC, SC: 4.6-7; NH: 3.5-6.
HW: web page. pdf
|
9/23 |
Review
HW: web page. pdf
| |
9/25 |
EXAM 1
|
9/30 |
Topics: First Law of Thermo, Internal Energy, Enthalpy
Read: HC, SC: 5.2-5,9; NH: 3.1-2,5,7-9,13
HW:
| |
10/2 |
Topics: Specific Heat, Ideal Gases
Read: HC, SC: 5.6-7; NH: 3.10-14
HW: web page. pdf
|
10/7 |
Topics: Rate Equations, Review
Read: HC, SC: 5.8; NH: 3.1
HW: web page. pdf
| |
10/9 |
Topics: CV, Mass Conservation, 1st Law
Read: HC, SC: 6.1-4; NH: 4.1-4
HW: web page. pdf
|
10/11 Last day to drop in general |
10/14 |
Topics: CV, Multiflow
Read: HC, SC: 6.1-4; NH: 4.5
HW: web page. pdf
| |
10/16 |
Review
HW: web page. pdf
|
10/21 |
EXAM 2
| |
10/23 |
Topics: Cycles, 1st Law, Efficiencies, 2nd Law
Read: HC, SC: 5.1, 7.1-2; NH: 5.1-2; qs2nd,
HW:
|
10/28 |
Topics: Reversible Processes, Carnot Cycle, Efficiencies,
Temperature
Read: HC, SC: 7.3-9; NH: 5.3-10; qsrev
HW: web page. pdf
| |
10/30 |
Topics: Entropy, Ts Diagram
Read: HC, SC: 8.1-4; NH: 6.1-4; first
part of qsent,
HW: web page. pdf
|
11/4 |
Topics: Entropy of Liquids, Solids, Ideal Gases, Polytropic Processes,
Entropy Generation.
Read: HC: 7.4, 8.6-11; SC: 7.4, 8.6-11; NH: 6.5-11
HW: web page. pdf
| |
11/6 |
Topics: 2nd Law for Control Volumes
Read: HC, SC: 9.1-9.2; NH: 7.1-2
HW: web page. pdf
|
11/8 Last day to drop,
selected students |
11/11 |
VETERANS DAY
| |
11/13 |
Topics: Reversible Shaft Work, Turbine Efficiencies
Read: HC, SC: 9.3,5; NH: 7.3,5
HW: web page. pdf
|
11/18 |
Review
HW: web page. pdf
| |
11/20 |
Topics: Stirling Cycle. Project.
Read: Gamma Engine. Also
HC: 11.8,13,16; SC: 11.6,10, Wikipedia Stirling engine; NH:
10.1,7,10
HW:
|
11/25 |
EXAM 3
| |
11/27 |
Thanksgiving, says FSU
|
12/2 |
Topics: Stirling, Otto, and Diesel cycles.
Read: HC: 11.8,13-16; SC: 11.6,10-12; NH: 10.1,7-10
HW: web page. pdf
| |
12/4 |
Review
HW: web page. pdf
|
12/13, Friday, 7:30-9:30 am, in B210: Comprehensive Final
|
Fundamentals of Engineering Thermodynamics by Richard
E. Sonntag, Claus Borgnakke, & Gordon J. Van Wylen. Sixth Edition,
John Wiley & Sons, Inc. (2002) ISBN 0-471-15232-3.
(Hardcover)
Note: There is also a softcover, Introduction to
Engineering Thermodynamics, by Richard E. Sonntag & Claus
Borgnakke. Second Edition, John Wiley & Sons, Inc. (2007) ISBN-10
0-471-73759-3; ISBN-13 978-0-471-73759-9/ (Softcover). This will do
if you cannot find a sixth edition, but misses the section on the
Stirling engine. (Try Wikipedia). It has the needed tables.
Note: The current (8th) edition will work if you cannot find a
sixth edition; it has the needed tables. However, the new edition is
poorly written, due to changes made by the idiot Borgnakke, and will
be probably be useless to you if you want to understand the material.
Science/Design
Engineering Science: 95%. Engineering Design: 5% (Project).
Course Topics
Thermodynamics. See schedule.
Assessment Tools
Grading is at the discretion of the instructor and graders.
Your numerical grade will normally be computed as follows:
Homework | 13.5% |
Project | 1.5% |
Exam 1 | 20% |
Exam 2 | 20% |
Exam 3 | 20% |
Final Exam | 25% |
Note: The grade contribution of the project is relatively low for
various fundamental and logistical reasons.
Your letter grade will then be assigned according to the following
table:
Numerical Grade | Letter Grade |
0-44 | F |
45-58 | D |
59-72 | C |
73-86 | B |
87-100 | A |
Course Objectives
The course objectives are:
- Introduce basic concepts and terminology of thermo-fluid systems
[1ab].
- Be able to use the first and second law of thermodynamics in
basic process and cycle computations. [1ab, 5a]
- Perform thermodynamic computations on the Stirling and selected
other cycles. [1ab, 5a]
- Identify and analyze the principles of operation of the Stirling
engine built in the companion lab course. [1ab]
(Numbers shown in brackets refer to Departmental Student Outcomes.)
Student Learning Outcomes
At the conclusion of the course you should be able to:
- Compute hydrostatic pressure differences [1].
- Relate pressure to force and work [1].
- Use thermodynamic property tables [1,2].
- Perform simple graphical analysis of the phase that a substance is in [1].
- Compute work performed by a substance during various processes [1,2,3,4].
- Apply the first law of thermodynamics to control masses and steady state control volumes [1, 2, 3, 4].
- Apply the second law of thermodynamics to control masses and steady state control volumes [1, 2, 3, 4].
- Plot basic thermodynamic processes and cycles in Pv, Tv, and Ts plots [1,2,3,4].
- Identify violations of the Clausius and Kelvin-Planck forms of the second law [1,4].
- Perform thermodynamic calculations on the Stirling, Otto, Diesel, and Carnot cycles. This includes the work, heat transfer, and change in state properties for each process, as well as for the full cycle [1, 2, 3, 4].
- Compute efficiencies and second law limitations for the above cycles [1, 2].
- Identify thermodynamic opportunities in the design of devices implementing those cycles [4].
(Numbers shown in brackets are links to Course Objectives above.)
Samples of specific problems are in the lecture notes, old exams,
and in the homework assignments.
Methods of Instruction
Lectures, problem solving sessions, examinations, web-based information.
Computer Requirements
Students must have an E-mail address and daily check their E-mail.
Students must be able to use a Web browser such as Firefox or Chrome.
The class web page can be accessed at
http://www.eng.famu.fsu.edu/~dommelen/courses/eml3002
Exams
- No make-up exams will be given. A zero grade will be assigned
instead.
- However, you are allowed to miss or fail one of the 3 exams.
This does not include the final. More precisely, your
lowest exam will be replaced using the average score of your other
three tests.
- Exams are closed book.
- You may bring one handwritten, letter-size, single sheet
formula sheet to each exam and the final. Copies of handwritten
material, or of anything else, are not acceptable. You can write on
the sheet whatever you want, on either side. Invalid formulae
sheets result result in the assignment of a zero for the grade for
that exam.
- You can and should bring a basic calculator.
- Tables provided will be A.1-A.6, A.7.1, A.8, B.1.1-B.1.4.
- Copying or receiving any assistance not explicitly permitted by
the instructor is a violation of your honor code and will be pursued
vigorously.
- The same for allowing another student to copy.
- Work out and give the answers to at least 5 significant digits
where possible.
You must show for every number that you give where it comes from.
(The table used, and the location in that table. Or the formula used
to compute the number and the numbers put in it.) Otherwise wrong
numbers will receive zero credit and right numbers reduced or zero
credit.
Homework
- Use letter size (8.5 by 11 inch) paper. Write only on the
front sides of the pages. Your name and homework number must be at
the top of the first page.
- Homework must be neat. What we cannot easily read, we will not
grade. Grading of homework will depend on the availability of a
grader. All work and reasoning must be shown to demonstrate your
mastery of the material. Questions must be answered in the order
asked or 0 will be assigned.
- Homework must be handed in at the start of the lecture at
which it is due. It may not be handed in at the departmental
office or at the end of class. Homework that is not received at the
start of class on the due date listed above cannot be made up unless
permission to hand in late has been given before the homework
is due, or it was not humanly possible to ask for such permission
before the class. If there is a chance you may be late in class, hand
the homework in to the instructor the day before it is due. (Shove it
under his door if necessary.) This also applies to any Web students:
they must E-mail the homework before the time the class starts.
- Late homework cannot be accepted. A zero grade will be assigned
instead. (Sometimes I accept the homework for half credit if a valid
reason is provided.)
- However, you are allowed to miss two homeworks. In particular,
your lowest two homework grades will be replaced using the average
score for the rest of your homework. You still need to know how to do
such questions for the exams.
- Homework assignments for each lecture are listed at
http://www.eng.famu.fsu.edu/~dommelen/courses/eml3002/f19/hw.
- You will find doing homework takes time, but the practice is
essential for passing the exams.
- The solutions to all questions will be posted at
http://www.eng.famu.fsu.edu/~dommelen/courses/eml3002/f19/hwsol
after the lecture that it is due. You are responsible for checking
your own methods and answers against these solutions. If you do not
understand the posted answer, see the instructor; office hours are
listed above.
- Homework cannot be comprehensive; the selection is intended to
give you an hint whether you have major gaps in the most important
parts. I am open to suggestions for improvement, but of course,
realistically most students only have so much time. If you feel
unprepared, additionally do the "Concept-study guide problems" and
"How-to" sections.
- If you have problems solving the homework problems, go over the
relevant sections in your notes and the book. If you still have
problems, please ask for help from the instructor; office hours are
listed above. There is not going to be a Deus-ex-machina to
allow you to miraculously solve the problems on the exam that you
could not do in the homework.
- Working together on homework is highly recommended. You will see
more, and catch more mistakes. And it is more fun too. You must
however each turn in individual solutions. You need to phrase your
own answers and compute your own numbers.
- Copying homework solutions from someone else is never allowed and
counts as academic dishonesty. There is a big difference between
working together and copying.
- The same for allowing another student to copy your homework.
- Looking at the solution, wether from some solution manual or from
another student, while doing the homework or, worse, instead of
doing the homework, is going to give you a false sense of security.
You will almost certainly be in for a very unpleasant shock at the
exams. Please help us reduce the class size next time by passing
this time.
- Make sure you keep all returned graded homeworks until you have
received your final course grade, in case discrepancies arise.
Important Regulations
Must Check Dates Immediately
Immediately check the dates listed in the schedule above for any
conflicts. Enter the exam dates in your planner. If conflicts exist,
contact the instructor immediately.
Must Check E-mail Daily
Students must check their e-mail to the address they gave
the instructor at least once a day. Failure to do so may result in
missed exams and/or other problems.
Copying is never allowed
- Exams should be made by each student separately. In case of
evidence of copying in an exam, a zero grade will be assigned for the
exam. It will in addition be pursued as a violation of your
university honor policy. This may lead to other actions, such as
expulsion from the program. Please see the separate section on your
honor code below.
- Students should take care during exams that other students cannot
get visual or other access to their work. This too is required by
your university honor policy, and violations will be pursued.
- Copying of homework, assignments, or tests is never allowed and
will result in a failing or zero grade for the copied work, and other
actions. It will also result in a failing or zero grade of the person
whose work is being copied if that person could reasonably have
prevented the copying.
- You must write your own homework solution all by
yourself. You may not allow anyone else to see your solution.
You must compute your own results. In case of evidence of copying, of
homework all parties involved will receive 0 for the homework.
- However, working together to figure out how to
solve the problems is encouraged, as you will learn more with more
points of view. But afterwards, you must apply the procedures
yourself, in your own way, and determine the answers and any numerical
values individually. Since close similarities between solutions will
reduce credit, it is better not to formally put down anything until
you have figured out the problem, and then let each person write their
own solution. If it is unclear whether working together is allowed on
any assignment, check with the instructor beforehand.
Attendance Policy
Initial attendence
FSU students are dropped if not present the first day of classes.
FAMU students are dropped if not attending at the end of the first
week.
Excused absences
You should contact the instructor as soon as possible when the
need for an excused absence arrives. (F19 FSU policy for a
religious holiday is at least 2 weeks in advance)
Excused absences include documented illness, deaths in the immediate
family and other documented crises, call to active military duty or
jury duty, religious holy days, and official University activities.
Accommodations for these excused absences will be made and will do so
in a way that does not penalize students who have a valid excuse.
Consideration will also be given to students whose dependent children
experience serious illness. See however the notification requirements
below.
Please note that the College of Engineering has a restrictive
interpretation of what is considered a valid excuse for an
absence. See:
http://www.eng.famu.fsu.edu/current/undergraduate/guide.html
If an absence is to be excused, make sure you check beforehand. In
case of excused absence, the instructor will work with you to help you
make up for missed time and catch up, subject to the notification
requirements below.
Classes are not suspended at the College of Engineering unless
they are suspended at both institutions. If you are required to
attend a university event, you can receive an excused
absence. Otherwise, your absence is considered unexcused.
You must notify me in the first week of the semester if you will need
an excused absence during a scheduled examination for observance of a
religious holy day. If you will need such an absence for a planned
event, you must notify me at the start of the semester, or the day
that the event is scheduled if later. If an emergency prevents you
from attending a scheduled examination, you must notified me at your
earliest opportunity, by e-mail (check that you get a timely response
from me), phone, or in person. Please provide official documentation
of event or emergency. In case the notification procedures are not
followed, no make up examination will be given and a zero will be
assigned.
Unexcused absences
A student having more than four unexcused absences will be dropped
from the course and assigned the grade F. No exceptions. Tests and
exams missed because of unexcused absence receive the grade 0. No
exceptions.
Other projects and activities missed completely receive the grade 0
for those projects or activities. No exceptions except as may be noted
elsewhere in this syllabus. Homework handed in after the due date and
time will receive a zero or greatly reduced credit depending on
circumstances and any regulations elsewhere in this syllabus.
Consequential loss of credit
Failure to properly complete homework, tests, assignments, etcetera
due to changes in date, assignment, etcetera, that you did not know
about due to failure to check e-mail, unexcused absence, lateness, or
inattentiveness will not be excused and cannot be made up.
Extract of ME Departmental Policy
An undergraduate student may continue in the B.S. in ME degree program
unless one or more of the following conditions arise;
Non-ME undergraduate students should contact their home department
for corresponding regulations.
Extract of College Policy
It is the policy of the College not to assign "plus and minus
(+/-)" grades for undergraduate engineering courses.
http://www.eng.famu.fsu.edu/current/undergraduate/guide.html
Any student who has repeated attempts in one or more engineering
courses may be subject to academic sanctions including but not limited
to warning, probation, suspension, or dismissal from their engineering
program. Students should contact the department of their engineering
major for more information regarding this policy.
Learning outcomes/compacts
Mechanical engineering student outcomes:
http://www.eng.famu.fsu.edu/me/undergrad/ed_objective.html
Engineering program outcomes/student learning outcomes:
http://www.eng.famu.fsu.edu/outcomes
Engineering academic learning compact:
http://www.eng.famu.fsu.edu/about/accreditation/outcomes.html
Florida State University academic learning compact:
http://learningforlife.fsu.edu/smalcs/learningCompact.cfm?smalcId=57339
Honor Policy
Students are expected to uphold their University Student Code of
Conduct and/or Academic Honor Code. You must read this code if you
have not yet done so.
- Florida A&M University is committed to academic honesty and its
core values which include scholarship, excellence, accountability,
integrity, fairness, respect, and ethics. These core values are
integrated into its academic honesty policy. Being unaware of the
Academic Honesty Policy is not a defense to violations of academic
honesty. Academic Honesty Policy violations shall be reported and
appropriate actions taken by the department chair and associate dean
for student affairs and curriculum. The complete Florida A\&M
Student
Code of Conduct - Regulation 2.012 (10) (s) can be found at
http://www.famu.edu/index.cfm?judicialAffairs&StudentCodeofConduct
-
The Florida State University Academic Honor Policy outlines the
University's expectations for the integrity of students'
academic work, the procedures for resolving alleged violations of
those expectations, and the rights and responsibilities of students
and faculty members throughout the process. Students are
responsible for reading the Academic Honor Policy and for living up
to their pledge to "... be honest and truthful and ... [to] strive
for personal and institutional integrity at Florida State
University." The complete Florida State University Academic Honor
Policy can be found at
http://fda.fsu.edu/Academics/Academic-Honor-Policy
Possible sanction for violations of your code
of conduct and/or honor code include but are not limited to:
- a failing grade on an exam or assignment,
- a failing grade in the course,
- dismissal from the academic program,
- dismissal from the university.
Americans with Disabilities Act
Students with disabilities needing academic accommodation should:
- Register with and provide documentation to the appropriate
university office. For FAMU students, this is the Learning
Development and Evaluation Center (LEDC). For FSU students this is
the Student Disability Resource Center (SDRC);
- Bring a letter to the instructor indicating the need for
accommodation and what type.
This should be done during the first week of class.
For more information about services available to students with
disabilities:
- FAMU Students should contact:
Learning Development and Evaluation Center (LDEC)
677 Ardelia Court
Florida A\&M University
Nathaniel Holmes, Director
Donna Shell, Asst. Director
(850) 599-3180 (voice)
(850) 561-2512 (fax)
(850) 561-2783 (TDD)
http://www.famu.edu/index.cfm?a=EOP&p=ADA
- FSU Students should contact:
Student Disability Resource Center (SDRC)
874 Traditions Way
108 Student Services Building
Florida State University
Tallahassee, FL 32306-4167
(850) 644-9566 (voice)
(850) 644-8504 (TDD)
sdrc@admin.fsu.edu
http://www.disabilitycenter.fsu.edu/
Non-Discrimination Policy Statement
Exceptions
The instructor might wave some regulation on a case-by-case basis
depending on his subjective determination of fairness and
appropriateness. This will occur only under exceptional
circumstances and should not be assumed. Especially, never assume
that a seemingly minor regulation will be waived because the
instructor has waived it in the past. A second appeal to waive a
minor regulation will probably indicate to the instructor that the
regulation is not being taken seriously and most likely refused.
Any appeal to the instructor will further be refused a priori unless
it is made at the earliest possible moment by phone and/or by
E-mail. Do not wait until you are back in town, say.
Syllabus Change Policy
Except for changes that substantially affect implementation of the
evaluation (grading) statement, this syllabus is a guide for the
course and is subject to change with advance notice.
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