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Title : A numerical method for time-dependent infiltration from periodic trapezoidal channels with different types of root-water uptake
Author :

Prof. Imam Solekhudin, S.Si., M.Si. Ph.D (1)

Date : 2018
Keyword : dual reciprocity boundary element method,infiltration,root-water uptake,predictor-corrector,modified Helmholtz equation dual reciprocity boundary element method,infiltration,root-water uptake,predictor-corrector,modified Helmholtz equation
Abstract : A time-dependent water infiltration problem in homogeneous soil with water absorption is considered. The problem involves infiltration from periodic trapezoidal channels. Four different root distributions are incorporated into the problem. The governing equation of the problem is the Richards equation, which can be studied more conveniently by transforming the equation into a modified Helmholtz equation. The modified Helmholtz equation may be solved numerically using a Dual Reciprocity Boundary Element Method (DRBEM) and a predictor-corrector scheme simultaneously. Numerical results obtained are to give the distribution of matric flux potential (MFP) and suction potential. The results indicate the influence of the distance of points from the channels to reach their steady state values of MFP and suction potential.
Group of Knowledge : Matematika
Original Language : English
Level : Internasional
Status :
Published
Document
No Title Document Type Action
1 Paper Imam Solekhudin.pdf
Document Type : [PAK] Full Dokumen
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2 Turnitin-A Numerical Method for Time-Dependent Infiltration from Periodic Trapezoidal Channels with Different Types of Root-Water Uptake.pdf
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3 Correspondence.pdf
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4 Korespondensi-Lengkap-IJAM2018.pdf
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