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Abstract
Resistances to horizontal and vertical airflow through clean, dry wheat ( Triticum aestivum L. ) were determined. Airflow resistance data, expressed in a functional relationship, were used in a mathematical model describing non-uniform flow of air in stored grain. The mathematical model was solved using the finite-element method to predict static pressure patterns in six laboratory-scale configurations. Predicted pressures compared well with the pressures measured in 47 tests, except for points near the grain surfaces.
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