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View Generic Document: Ladle metallurgy I: scaleup of a lab design

Citation: Powell, Adam C., IV (2003). Ladle metallurgy I: scaleup of a lab design. .
Collection: Transport Phenomena in Materials Engineering  
 
Attached Files
Name Description MIMEType Size Downloads
trnsprt_ladle1_prob_sol.xml   trnsprt_ladle1_prob_sol.xml text/xml 3.91KB 0

Title Ladle metallurgy I: scaleup of a lab design
Author(s) Powell, Adam C., IV
Keyword(s) Viscous flow
Reynolds number
Bernoulli equation
Metal
Boundary layers
Abstract/Summary Development and use of a modified Hagen-Poiseuille equation to calculate laminar fully-developed draining rate in a "lab-scale" ladle; then changing to the Bernoulli equation for the full-scale ladle.
Date 2003-12-24
Copyright Notice Copyright: 2003 Adam C. Powell, IV; http://ocw.mit.edu/OcwWeb/Global/terms-of-use.htm
Copyright Agreement on
Additional Notes Difficulty level: Senior; Solution time: 3 hours
 
Related Links
Link Description
http://teaching.matdl.org/teachingarchives/browser/trunk/matml/transport/problems/ladle1.ps?format=raw   problem  
http://teaching.matdl.org/teachingarchives/browser/trunk/matml/transport/problems/ladle1-solution.pdf?format=raw   solution  
 
 
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Created: Wed, 11 Oct 2006, 23:48:55 EST Detailed History


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