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Innovative aerodynamic grain separation system for plant harvesting in sloped areas: problems, research and optimization of parameters
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Innovative aerodynamic grain separation system for plant harvesting in sloped areas: problems, research and optimization of parameters
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Journal Article
Innovative aerodynamic grain separation system for plant harvesting in sloped areas: problems, research and optimization of parameters
2021
Overview
This article presents the main problems associated with cereal harvesting in sloping areas. The presented innovative aerodynamic system supporting the separating unit of combine harvester can be one of the ways to counteract the negative effects of harvesting machines work on slopes. The Monte Carlo numerical method, presented in this article, was applied in the optimization of an aerodynamic sieve separation process on an inclined terrain. The given variables are the transverse slope of separator α (of the sieve), longitudinal slope
β
and the output of the main and side fans. The Monte Carlo method makes it possible to determine an optimized set of parameters (
α
= 10°,
β
= 2.8°,
δ
= 9°), the output of the main fan (0.67 m
3
s
−1
) and the output of the side fan (1.86 m
3
s
−1
), allowing to obtain the best indicator values of 2.1% grain loss and 97.5% grain purity.
Publisher
Springer London,Springer Nature B.V
