ME701 Heat Transfer W2012
INSTRUCTOR CONTACT INFORMATION
Course Coordinator: Dr. D. Naylor
Office: Eric Palin Hall Rm. EPH411
Office Phone Ext. 6428
Research Lab: Rm. EPH440 (ext. 7575)
E-mail: dnaylor@ryerson.ca
Counselling Hours: Fridays 2-3pm
Course Email List: mec701w12@ryerson.ca
LAB DEMONSTRATORS/GRADUATE ASSISTANTS
Daniel Zalcman: dzalcman@ryerson.ca (Section 41)
Sepehr Mohaddes: seyedsepehr.mohaddes@ryerson.ca (Section 21,31)
Josh Gelata: jgelata@ryerson.ca (Section 11)
Derek Roeleveld: droeleve@ryerson.ca (Section 51)
COURSE INFORMATION
MEC701 Lab Manual, W2012 (pdf) (This manual is updated from last year. Do not use an old version)
Lab Reports MUST be written in accordance with Dept. of Mechanical & Industrial Engineering Guidelines for Reports (pdf)
Each Lab Report MUST have use this Standard Cover Page (.doc) and have original signatures of each group member.
PASSWORD: Most files are password protected. The password will be announced in class. Alternately, you can e-mail me from your Ryerson Account and I will send you the password.
MIDTERM EXAM: 4-6pm, Thursday February 16,
Rooms KHE321A (Sections 1, 2, & 4), KHE321C (Sections 3 & 5)
STUDY PROBLEMS
Recommended Study Problems (pdf)
Full Solutions (password protected): Set 1, Set 2, Set 3, Set 4, Set 5, Set 6, Set 7, Set 8, Set 9, Set 10, Set 11, Set 12
SAMPLE EXAMS
Midterm W2008, Full Solutions
Midterm W2010,
Full Solutions
Midterm W2011, Full Solutions
Midterm W2012, Full Solutions
Final Exam W1999, Final Answers (Sorry, that's all I have)
LECTURE HANDOUTS (May not be 100% complete! Come to lecture to ensure a complete set of notes.)
Course Intro:
Intro to Applications
Intro to Conduction, Convection and Radiation
Chapter 1: Summary of Equations
Conduction:
Introduction to Conduction
Thermal Resistance Example
Thermal Resistance Question (from an old midterm)
Conduction Shape Factor Example (Buried Pipe)
Numerical 2D Conduction
Numerical Solution 2D Conduction (Lecture Example) Excel Solution
Finite Difference Equation Table
Fin Notes and Examples
Transient Conduction (Lumped Capacitance Method)
Convection:
Dimensional Analysis of Forced Convection
Forced Convection from a Flat Plate and Example
Forced Convection from a Cylinder in Cross Flow & Example
Natural (Free) Convection
Internal Forced Convection
Heat Exchangers Intro
Heat Exachangers LMTD Example
Internal/External Pipe Example
Thermal Radiation:
Quonset Hut Example
Three-Surface Radiation Example
Review Example:
Fin with unknown convection coefficient
Last Updated: April 23, 2012