The steady state heat conduction over a thin plate is governed by the partial differential equation: a'T a'T = 0 + a) Show the imaginary nodes over the plate necessary to solve this problem by the finite difference method for the 3x3 grid shown in the figure. b) Apply finite difference discretization and obtain the linear algebraic equation system to solve the temperature distribution (obtain the equations, present them in matrix form but do not solve them). T=10 °C T =0 for the insulated di Hint: -k 1m T=10 °C• Insulated edges where i is the direction normal to the edge. Insulated 1m-

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.7: The Inverse Of A Matrix
Problem 31E
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3.
The steady state heat conduction over a thin plate is governed by the partial differential
equation:
(35Pts)
+
2
= 0
a) Show the imaginary nodes over the plate necessary to solve this problem by the
finite difference method for the 3x3 grid shown in the figure.
b) Apply finite difference discretization and obtain the linear algebraic equation
system to solve the temperature distribution (obtain the equations, present them
in matrix form but do not solve them).
T=10 °C
T
Hint: -k =0 for the insulated
1m
T=10 °C
* Insulated
ĉi
edges where i is the direction normal to
the edge.
Insulated
1m
Transcribed Image Text:3. The steady state heat conduction over a thin plate is governed by the partial differential equation: (35Pts) + 2 = 0 a) Show the imaginary nodes over the plate necessary to solve this problem by the finite difference method for the 3x3 grid shown in the figure. b) Apply finite difference discretization and obtain the linear algebraic equation system to solve the temperature distribution (obtain the equations, present them in matrix form but do not solve them). T=10 °C T Hint: -k =0 for the insulated 1m T=10 °C * Insulated ĉi edges where i is the direction normal to the edge. Insulated 1m
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