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engr4533 Thermal Systems Design

This is the web-site for engr4533 Thermal Systems Design.

Announcements -- Updated on May 11 2010

Final grades are posted here.
Have a good summer!

Handouts/Links
Syllabus -- (pdf)

Coefficient of drag of a smoooth sphere -- coeff_drag_sphere.pdf

Type III Pipe Flow Problems -- type3_pipe_flow_probs.pdf

Project -- Report Due on Monday April 12, 2010 Team up with at least one other person to work on any (Graduates and Undergraduates cannot work together) to choose any one of the many design projects listed in Ch. 11 of your text. There will be a report due on your design on April 12, 2010. You will also give a presentation on your design that day. Presentations should be no longer than eight minutes per team. The written reports should follow the ASME conference paper template here and be formatted according to this.

Hardy Cross Method
Hardy Cross Speadsheet (complete worked example from the text)

Some links:
Trial Software
A paper about implmentation of Hardy Cross
Trial Software based on paper above

Spreadsheet for 4.48 (from 2nd ed.)
4_48.xls

Exam 2 (Take-Home) Due Thurs. April 1, 2010 by 11:59 p.m.
engr4533_exam_2_spring_2010.pdf

HW#11 Due Mon. March 29, 2010 by class-time
Chapter Five Problems
3, 7, 9, 22
HW#10 Due Mon. March 22, 2010 by class-time
Chapter Four Problems
36, 43, 52, 56
HW#9 Due Mon. March 8, 2010 by class-time
Chapter Four Problems
12, 13, 16, 22
HW#8 Due Mon. March 1, 2010 by class-time
Chapter Four Problems
1, 3, 6, 9
HW#6 Due Mon. Feb. 22, 2010 by class-time
Chapter Three Problems
21, 23, 27, 32, 38
HW#5 Due Mon. Feb. 15, 2010 by class-time
Chapter Three Problems
13, 14, 16, 20
HW#4 Due Wed. Feb. 3, 2010 by class-time
Chapter Three Problems
1, 5, 6, 9, 11
HW#3 Due Wed. Jan. 27, 2010 by class-time
Chapter Two Problems
31, 36, 40, 44, 53
HW#2 Due Wed. Jan. 21, 2010 by class-time
Special Problem
Falling Sphere Viscometer -- Find the terminal velocity of a steel ball bearing (density = 7800 kg/m3) with a diameter of 1.00 cm in SAE 10 oil at 20 C ( density = 860. kg/m3 and viscosity = 0.100 kg/(m-s) ).

Chapter Two Problems
2, 9, 14, 23, 28
HW#1 Due Wed. Jan. 14, 2010 by class-time
Chapter One Problems
3, 10, 11, 17, 19
Contact
© Copyright 2003-2010 Evan C. Lemley
Page last modified on May 11 2010 10:41:35.