GATECH / Mechanical Engineering / ME 3345 / What is a boundary condition?

What is a boundary condition?

What is a boundary condition?
Description

School: Georgia Institute of Technology

Department: Mechanical Engineering

Course: Heat Transfer

Professor: Peter loutzenhiser

Term: Spring 2016

Tags: Heat Transfer

Cost: 25

Name: ME 3345 Heat Transfer Notes

Description: 1-D heat generation adding resistance in series

Uploaded: 02/08/2016

11 Pages 216 Views 0 Unlocks
Reviews

5 pages

Week 10

Spring 2016

Peter Loutzenhiser

ME 3345

Week 10 Notes.
7 pages

ME 3345 Heat Transfer Week 1 Notes

Spring 2016

Peter Loutzenhiser

ME 3345

These are week 1 notes for Heat Transfer. They go over the introduction to the class and basic fundamentals.
4 pages

ME 3345 Heat Transfer Week 2 Notes

Spring 2016

Peter Loutzenhiser

ME 3345

-->Broaden definition of conduction -->Examine 1st principle of thermal conductivity -->Develop heat diffusion equation
12 pages

ME 3345

Spring 2016

Peter Loutzenhiser

ME 3345

-Review Heat diffusion -Develop boundary conditions -Develop thermal circuit -Contact Resistance -Bound effective thermal conductivity
8 pages

ME 3345 Heat Transfer - Week 1

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover the material that we went over in class from Chap. 1 and 2. This includes an overview of Conduction, Convection, and Radiation, plus more detail on Conduction.
8 pages

ME 3345 Heat Transfer - Week 2

Spring 2016

Peter Loutzenhiser

ME 3345

These notes go over the Heat Diffusion Equation and evaluating the temperature change across a wall using basic circuit analysis.
7 pages

ME 3345 Heat Transfer - Week 3

Spring 2016

Peter Loutzenhiser

ME 3345

These notes go over how to use the resistance model for a cylindrical system, the derivation of the Heat Diffusion equation with a constant heat flux, and an intro to fins.
9 pages

ME 3345 Heat Transfer - Week 4

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover the analysis of fins.
9 pages

ME 3345 Heat Transfer - Week 5

Spring 2016

Peter Loutzenhiser

ME 3345

This weeks notes cover developing a 2D solution with no heat generation and constant properties.
11 pages

ME 3345 Heat Transfer - Week 6

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover the Lump Capacitance Method and its limitations.
16 pages

ME 3345 Heat Transfer - Study Guide 1

Spring 2016

Peter Loutzenhiser

ME 3345

This study guide covers the material for the first exam, which includes Chapters 1-5.
4 pages

ME 3345 Heat Transfer - Week 8

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover the implicit and explicit solutions to finding the future temperature at a node on a grid. The notes also begin studying thermal radiation.
10 pages

ME 3345 Heat Transfer - Week 9

Spring 2016

Peter Loutzenhiser

ME 3345

These notes continue the analysis of Thermal Radiation, expanding into emissivity and how the concept of a blackbody helps us analyze real life situations.
11 pages

ME 3345 Heat Transfer - Week 10

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover absorptivity, reflectivity, transmissivity, and their link to emissivity. They also cover view factors.
22 pages

ME 3345 Heat Transfer - Test 2 Study Guide

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover chapters 12 and 13, which will be the topic for Test 2.
10 pages

ME 3345 Heat Transfer - Week 11

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover View Factors and Multimode Heat Transfer.
2 pages

ME 3345 Heat Transfer - Week 12

Spring 2016

Peter Loutzenhiser

ME 3345

These notes cover a review of participating medium and an intro into convection.
5 pages

ME 3345 Heat Transfer - Week 14

Spring 2016

Peter Loutzenhiser

ME 3345

These notes continue to cover convection and being discussing non-dimensional numbers.
6 pages

ME 3345 Heat Transfer - Week 15

Spring 2016

Peter Loutzenhiser

ME 3345

These notes continue the discussion of convection.
7 pages

ME 3345 Heat Transfer - Study Guide 3

Spring 2016

Peter Loutzenhiser

ME 3345

A quick review over the course.
7 pages

ME 3345 - Week 1 Notes

Spring 2016

Peter Loutzenhiser

ME 3345

These are week 1 notes for Heat Transfer with Dr. Joshi.

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