ME8104/AE8104 Advanced Heat Transmission I
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: Wednesdays 12-2pm. (Normally, I will also available immediately after lecture, Thurs. 5pm)
Course Email List: me8104011f11@ryerson.ca; ae8104011f11@ryerson.ca
COURSE INFORMATION
Ryerson Graduate School Letter Grade Conversion:
Assignments:
Assignment "0" (Undergraduate Review) Due Date: 2pm Thurs. Sept. 29, 2011
Assignment 1, Due Date: 2pm, Oct. 13, 2011
Shape Factors for Polygons (needed for Assignment 1 Question 3)
Assignment 2, Due: 2pm, November 3, 2011
Assignment 3: Because of time constraints, these questions are study problems, i.e. not to be handed in for credit.
Here are the full solutions to "Assignment 3".
Final Comprehensive Assignment: <--Will be posted here 6pm Fri. Nov. 25, Due 12pm Wed. Nov. 30
Laplace Transform Handout
A penalty of 10% per day (or part thereof) will be applied for late submission of assignments/projects.
Note on Significant Digits (Read this to make your reports more "professional"!)
Useful References
Free Undergraduate Heat Transfer Textbook, MIT (Lienhard & Lienhard)
E-Books: Introduction to Convective Heat Transfer Analysis (Oosthuizen & Naylor) & Others
Heat Conduction References (available at Ryerson Libary or U of T)
Course Projects
Suggested Project Topics F2011 (pdf)
Project Report Due Date: 2pm, Thursday, Nov. 17, 2011
Sample Paper from the International Journal of Heat & Mass Transfer (as a report format guide)
The student presentations are normally held in the last three classes: Nov. 17, Nov. 24 & Dec. 1. 2011. I have booked SHE598 for 5-6pm on these dates. So, the last three classes will be 4 hours long, 2-6pm. Please plan to stay for the extra hour on these last three classes.
Course Project Presentations
All of the formal written project reports are due at the start of the presentations: 2pm, November 17, 2011.
Thursday Nov. 17, 2011
Convection in Porous Media, H. Jawad
Analytical solution to a channel convection problem, A. Khousousi
Convective heat transfer from a fin with CFD, D. Yu
Fluid flow and heat transfer between the rotating disk in an gas turbine, P.K. Srivastava
Boiling Heat Transfer I, S. Saha
Transient Thermal Conduction Measurement Technique, Lam Dang
Thermal analysis of a MEMS Micromirror, J. Gelata
Free convection in a rectangular cavity w/CFD, K. Hirsimaki
Intro to Turbulent Flow and Heat Transfer, S. Mohaddes
Heat transfer from a pin fin w CFD, N. Ekrami
Thursday Nov. 24, 2011
Conv. Mass Transfer, O. Longe
Heat transfer from a pipe in crossflow, S. Li
Condensation Heat Transfer, R. Kamel
Heat exchanger Analysis, A. Hussain
Concentric tube heat exchange, cfd and analytical solutions, W. Alzahrani
Richardson Extrapolation, W. Alharthi
Forced Convection from an insect screen with CFD, D. Zalcman
Forced convection over square cylinder with CFD, A. Lombardi
Heat Transfer from a jet on a flat plate, A. Khoshnevis
Thursday Dec. 1, 2011
Thermodiffusion, A. Kianian
Boiling Heat Transfer II, B. Rashid
Bio-heat tranfer, H. Hojatie
Review of Heat pipe Technology and Applications, M. A. Karim
Transient conduction using a perturbation method, Z.H. Hasib
Convective Heat Transfer in High speed flow by using CFD,S.Balasubramaniyan
2D Numerical Simulation of a U-loop ground heat exchanger, M. Alavi
Free convection from an vertical plate via CFD, A. Tannas
Laser Induced Fluorescence, K. Khalilian
ASME Statement on Numerical Accuracy
If you want to use the MIE Labs for your project (e.g. SolidWorks Flow Simulation): To use MIE labs - KHE137 or KHE139, you must have a MIE login and password. If you already have one from previous term, you can continue use it. If you don't have one yet, or need password reset, please see Grace in KHE137b in person for that. Please bring your Ryerson onecard with you.
SolidWorks 2011 Flow Simulation Tutorial (comes with software)
SolidWorks 2011 Flow Simulation Technical Reference
SolidWorks 2011 Training Tutorials:
Lesson 1 - Creating a SolidWorks Flow Simulation Project
Lesson 2 - Meshing
Lesson 3 - Thermal Analysis
Lesson 4 - External Transient Analysis
Lesson 5 - Conjugate Heat Transfer
Lesson 7 - Porous Media
First Lecture Presentations
FEHT Handout & FEHT file (fin problem)
Computer Chip Example & FEHT file
Lumped Capacitance Example with Solution
Example: Numerical Solution to Transient Conduction in a Sand Mold, Implicit and Explicit Solution Excel Files
Excel Solution for the thermal boundary layer on a flat plate
Last Updated: Dec. 29, 2011