Type - 2D
Grid - Axisymmetric
Case - Heat diffusion
Method - Finite Volume Method
Approach - Flux based
Accuracy - First order
Scheme - Explicit
Temporal - Unsteady
Parallelized - No
Inputs:
[
Length of domain (LR,LZ)
Time step - DT
Material properties - Conductivity (k or kk)
Density - (rho)
Heat capacity - (cp)
Boundary condition and Initial condition.
]
Setup -
Periphery heated to 200 C
Top to 300 C
Bottom to 100 C

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Simulation

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Intended Audience

Education, Engineering, Science/Research

Registered

2016-05-01