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2. Discrete :(+) using ADI method and explain the advantage of ADI on Implicit method. 3. A solid body is at an initial temperature of 50 and at time zero the boundary condition is applied. Obtain the temperature distribution for the given grid for three time steps. (Choose a desirable and proper time step.)

2. Discrete :(+) using ADI method and explain the advantage of ADI on Implicit method. 3. A solid body is at an initial temperature of 50 and at time zero the boundary condition is applied. Obtain the temperature distribution for the given grid for three time steps. (Choose a desirable and proper time step.)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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T1=68 T2=43 Q3:
2. Discrete (+) using ADI method and explain the advantage of ADI on Implicit method. 3 A solid body is at an initial temperature of 50 and at time-zeto the boundary condition is applied. Obtain the temperature distribution for the given grid for three time steps. (Choose a desirable and proper time step.) = 10- m? T2 Ar = Ay= 10 cm 10°C T1 T2 T1 90°C Typical Student Number: 1 234 5(6 78 9) Last two digits of student number Good Luck Hasein i
Transcribed Image Text:2. Discrete (+) using ADI method and explain the advantage of ADI on Implicit method. 3 A solid body is at an initial temperature of 50 and at time-zeto the boundary condition is applied. Obtain the temperature distribution for the given grid for three time steps. (Choose a desirable and proper time step.) = 10- m? T2 Ar = Ay= 10 cm 10°C T1 T2 T1 90°C Typical Student Number: 1 234 5(6 78 9) Last two digits of student number Good Luck Hasein i
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