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Description
Spring 2016
Peter Loutzenhiser
ME 3345
Week 10 Notes.
These are week 1 notes for Heat Transfer. They go over the introduction to the class and basic fundamentals.
-->Broaden definition of conduction -->Examine 1st principle of thermal conductivity -->Develop heat diffusion equation
-Review Heat diffusion -Develop boundary conditions -Develop thermal circuit -Contact Resistance -Bound effective thermal conductivity
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.
These notes go over the Heat Diffusion Equation and evaluating the temperature change across a wall using basic circuit analysis.
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.
These notes cover the analysis of fins.
This weeks notes cover developing a 2D solution with no heat generation and constant properties.
These notes cover the Lump Capacitance Method and its limitations.
This study guide covers the material for the first exam, which includes Chapters 1-5.
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.
These notes continue the analysis of Thermal Radiation, expanding into emissivity and how the concept of a blackbody helps us analyze real life situations.
These notes cover absorptivity, reflectivity, transmissivity, and their link to emissivity. They also cover view factors.
These notes cover chapters 12 and 13, which will be the topic for Test 2.
These notes cover View Factors and Multimode Heat Transfer.
These notes cover a review of participating medium and an intro into convection.
These notes continue to cover convection and being discussing non-dimensional numbers.
These notes continue the discussion of convection.
A quick review over the course.
These are week 1 notes for Heat Transfer with Dr. Joshi.