2. Consider a node on the corner of a solid shown below. Using the energy balance approach, derive the equation for the temperature of node (m,n,o) (m-1,n+1,0-1) (m,n+1,0-1) (m-1,n+1,0) (m,n+1,0) insulated (m-1,n,0-1) (m,n,o-1) (m-1,n,0) (m,n,o) Q

2. Consider a node on the corner of a solid shown below. Using the energy balance approach, derive the equation for the temperature of node (m,n,o) (m-1,n+1,0-1) (m,n+1,0-1) (m-1,n+1,0) (m,n+1,0) insulated (m-1,n,0-1) (m,n,o-1) (m-1,n,0) (m,n,o) Q

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter2: Steady Heat Conduction

Section: Chapter Questions

Problem 2.63P

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Question

2. Consider a node on the corner of a solid shown below. Using the energy balance approach, derive
the equation for the temperature of node (m,n,o)
(m-1,n+1,0-1)
(m,n+1,0-1)
(m-1,n+1,0)
(m,n+1,0)
insulated
(m-1,n,0-1)
(m,n,o-1)
(m-1,n,0)
(m,n,o)
Q"

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