fex_rev - problems Radiation concepts such as blackbody...

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ME 410 Spring 2008 Suggested Review Problems 5 th Edition of Incropera and DeWitt Topics Fundamental conduction, convection and radiation equations Heat conduction one-dimensional problems using the energy equation thermal resistance network solve problems involving some form of energy generation extended surfaces (Fins) solve simple transient heat conduction problems (Note, convection coefficient will not be given) lumped capacitance method solve problems where spatial effects are important using approximate methods (1 st term) solve problems with a semi-infinite dimension solve problems with full series solution Convection hydrodynamic and thermal considerations for internal flows convection correlations to solve forced convection problems for external and internal flows Nusselt number empirical correlations to solve forced and natural convection
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Unformatted text preview: problems Radiation concepts such as blackbody, surface emission, absorption, radiosity find appropriate view factors, and compute simple radiation exchanges for gray surface Below are some selected problems. Feel free to pick others that you’d like to do and I’ll be more then happy to provide assistance. Do not infer that chapters not listed below are not covered on the final, I just didn’t see any other new problems that interested me. 5.9 (5.8), 7.17 (7.17), 7.43 (7.43), 8.44 (8.46), 8.62 (8.64), 9.18 (9.18), 9.46 (9.46) 13.63, 13.66, 13.83 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008 ME 410 Spring 2008...
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fex_rev - problems Radiation concepts such as blackbody...

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