A two dimensional square plate (with 2m on each side) is subjected to the boundary conditions shown below. y T= 300 °C T= 70 °C 3 m T= 70°C 3 m T= 70 °C 1) Plot the temperature distribution obtained by the numerical solution a. using a uniform grid size of 0.5 m (Ax-AY3D0.5) b. using a uniform grid size of 0.1 m (Ax=Ay=0.1) 2) Plot temperatures (obtained by exact and two numerical solutions) as a function of a. x at y=1.0 m b. x at y=1.5 m c. y at x-1.0 m d. y at x-1.5 m

Elements Of Electromagnetics
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Publisher:Sadiku, Matthew N. O.
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A two dimensional square plate (with 2m on each side) is subjected to the boundary conditions
shown below.
y
T= 300 °C
T= 70 °C
3 m
T= 70°C
3 m
T= 70 °C
1) Plot the temperature distribution obtained by the numerical solution
a. using a uniform grid size of 0.5 m (Ax=Ay=0.5)
b. using a uniform grid size of 0.1 m (Ax=Ay=0.1)
2) Plot temperatures (obtained by exact and two numerical solutions) as a function of
a. x at y=1.0 m
b. x at y=1.5 m
c. y at x-1.0 m
d. y at x-1.5 m
Transcribed Image Text:A two dimensional square plate (with 2m on each side) is subjected to the boundary conditions shown below. y T= 300 °C T= 70 °C 3 m T= 70°C 3 m T= 70 °C 1) Plot the temperature distribution obtained by the numerical solution a. using a uniform grid size of 0.5 m (Ax=Ay=0.5) b. using a uniform grid size of 0.1 m (Ax=Ay=0.1) 2) Plot temperatures (obtained by exact and two numerical solutions) as a function of a. x at y=1.0 m b. x at y=1.5 m c. y at x-1.0 m d. y at x-1.5 m
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