Overview 
This page contains links to the PDF versions of
the lecture notes.  The class material is provided as a convenience to 
students enrolled in the class.  Anyone visiting this site is welcome to
download and use these notes and lab exercises for their own education .
This material is copyright © 2001-2006 Gerald Recktenwald. All rights reserved.
These notes may not be reproduced and distributed for profit using
any means, or in any form without permission in writing from the author, Gerald Recktenwald.
Use of these materials in courses at other academic institutions can be arranged.  Please
 
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6. Convective Heat Transfer form a Single Low-Profile Block 
Lecture Notes 
Lecture slides one per page 
or two per page  (PDF, 448K). 
 
5. Uncertainty Analysis 
Lecture Notes 
Lecture slides one per page 
or two per page  (PDF, 448K). 
 
4. Flow Rate Measurement with a Flow Bench 
Reading 
Flow Bench Manual  
Lecture Notes 
Lecture slides one per page 
or two per page  (PDF, 792K). 
Practice 
Sample data for flow rate measurement  
 
3. Pressure and Velocity Measurement 
Reading 
Review your undergraduate fluids textbook 
R. S. Figliola and D.E. Beasley, section 9.8 
Azar, Chapter 4 and Chapter 6 
Lecture Notes 
Lecture Notes  (PDF, 188K). 
 
2. Temperature Measurement with Thermocouples 
Reading 
Notes on conversion of thermocouple voltage to temperature 
Lecture Notes 
Temperature Measurement Slides  (PDF, 450K). 
    This document is slightly updated from the hard copy version distributed in class. 
Conversion of Thermocouple Voltage to Temperature  (article, PDF, 250K) 
Other Handouts: 
Learning Objectives for Weeks 1 through 5  
Practical Temperature Measurements , Agilent Technologies, Application Note 290 
 
1. "Why Experiment?", Introduction to Temperature Measurement 
Reading 
Notes on conversion of thermocouple voltage to temperature 
Lecture Notes 
Why Experiment?  (slides, PDF, 51K) 
Temperature Measurement Slides  (PDF, 450K). 
    This document is slightly updated from the hard copy version distributed in class. 
Conversion of Thermocouple Voltage to Temperature  (article, PDF, 250K) 
Other Handouts: 
Learning Objectives for Weeks 1 through 5  
Practical Temperature Measurements , Agilent Technologies, Application Note 290