1980
DOI: 10.1016/0025-5564(80)90126-1
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A test problem for kidney models

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1981
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Cited by 8 publications
(1 citation statement)
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“…In the interest of enhanced numerical accuracy, we have specified uniform channel area for 0<x<L. As in previous work (Weinstein & Stephenson, 1979), the model equations were cast as a spatially centered finite difference scheme and all variables determined simultaneously using Newton's method. This method has been carefully tested, particularly on large kidney models (Mejia, Stephenson & LeVeque, 1980). It has been found to be efficient and accurate, giving the same results as other tested boundary value problem solvers.…”
Section: (X)= A2~) G Tx)mentioning
confidence: 82%
“…In the interest of enhanced numerical accuracy, we have specified uniform channel area for 0<x<L. As in previous work (Weinstein & Stephenson, 1979), the model equations were cast as a spatially centered finite difference scheme and all variables determined simultaneously using Newton's method. This method has been carefully tested, particularly on large kidney models (Mejia, Stephenson & LeVeque, 1980). It has been found to be efficient and accurate, giving the same results as other tested boundary value problem solvers.…”
Section: (X)= A2~) G Tx)mentioning
confidence: 82%