FOURTH ORDER COMPACT FINITE DIFFERENCE SCHEME FOR SOYBEAN HYDRATION MODEL WITH MOVING BOUNDARY

Seda Ulen, Turgut¨oz Turgut¨oz
2016 JOURNALS / BULLETIN   unpublished
A numerical solution of the nonlinear diffusion model for soybean hydration with moving boundary is obtained using fourth order compact finite difference method (CDF4). CFD4 is applied in spatial coordinates and explicit finite difference is used in time coordinates. Velocity of radius is calculated by CFD4. The results were compared with explicit finite difference method which is used in [7] and demonstrated that the present method has high accuracy with minimal computational effort for soybean hydration model.
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