ME 3040
Energy Conversion
Spring 2000

Overview: This course will provide an introduction to energy conversion systems. The course will focus on the thermodynamic analysis of various energy conversion processes. Some specific areas that will be discussed include internal combustion engines, combustion processes, nuclear energy, energy storage, and fuel cells.

Lecture Time & Location: MWF, 1:10-2:00 PM, EN 3110

Prerequisites: ES2330 Fluids
                        ES2310 Thermodynamics

Credit Hours: 3

Textbook: Energy Conversion, Kenneth Weston, West Publishing, 1992.

Instructor: Dr. J. W. Naughton, Engineering 2035
                    Office Hours: To be announced

WWW Page: Materials for this class will be posted on the web at http://wwweng.uwyo.edu/classes/me3040/. Selecting Prof. Naughton from the drop-down menu will take you to this class section. The materials posted on the web and their link are given below.
 

Material Type Link
Syllabus Class Syllabus
Course Outline Class Schedule
Class Time, Location, Office Hours, Instructor Phone # Instructor Information
Lecture Notes Lecture Notes
Handouts Lecture Notes
Homework Assignments Homework Solutions
Homework Solutions Homework Solutions
Computer Problem Solutions Homework Solutions
Postings Bulletin Board
Homework will not be handed out in class, but you will be told when it is available on the web page.

Grading:     10 Homeworks         25%
                    2 In-Class Exams     40% (evenly weighted – 20% each)
                    1 Final                     35%

Homework: Homework due dates will be specified at the time of the assignment. Typically, it will be one week after the assignment. These due dates are firm, so plan ahead. The penalty is 10% for each day past the deadline (i.e. 3 days late and the highest score you could obtain would be 0.7 * 100% = 70%). Once solution sets are posted (typically 3-5 days after the homework has been handed in), no credit will be given.

Although working on homework in groups is permitted, homeworks are expected to be the work of each individual. Any sign of copied work will result in dividing the grade by the number of copies found (i.e. 3 people found to be submitting the same work would each get 1/3 of the grade). The homework is intended to promote problem-solving skills, and the ability to complete the homeworks should be an indication that an individual will perform well on the tests given.

Reading Assignments: Reading assignments are given in the course outline. Homework assignments and exams may contain material from both the lecture and reading material.

Exams: The details of a particular test (open/closed book, etc.) will be given before each test. Attendance at test is mandatory unless arrangements have been made beforehand. A written excuse will be necessary for rescheduling an exam.

Attendance: Attendance in class is the responsibility of the student. If class is missed, you are responsible for obtaining the notes from another student or from the class notes posted on the web.