'Fin heat transfer rate' diaporamas de présentation

CHAPTER 2 ONE-DIMENSIONAL STEADY STATE CONDUCTION

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OGZEB Hybrid Thermal Electrical Energy Storage System Midterm 2 Presentation

OGZEB Hybrid Thermal Electrical Energy Storage System Midterm 2 Presentation. Sponsors/Advisors : Dr. Li, Dr. Ordonez, Dr. Zheng Date : 11-21-2013. Team members : Corey Allen, Anthony Cappetto , Lucas Dos Santos, Kristian Hogue, Nicholas Kraft, Tristian Jones, Artur Nascimento. Outline.

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1-D Steady Conduction: Plane Wall

1-D Steady Conduction: Plane Wall. Governing Equation:. Dirichlet Boundary Conditions:. Solution:. temperature is not a function of k. Heat Flux:. heat flux/flow are a function of k. Heat Flow:. Notes: A is the cross-sectional area of the wall perpendicular to the heat flow

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Thermal Circuits: Contact Resistance

Thermal Circuits: Contact Resistance. In the real world, two surfaces in contact do not transfer heat perfectly . Contact Resistance: values depend on materials (A and B), surface roughness, interstitial conditions, and contact pressure ? typically calculated or looked up.

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