This research investigates the airflow optimisation in high-efficiency sprayers by developing, simulating, and testing an innovative air booster outlet design. The primary goal is to enhance spray distribution uniformity, minimise energy consumption, and improve the overall performance of agricultural sprayers. By utilising computational fluid dynamics (CFD) simulations and practical testing, this study aims to present a novel approach to optimising air booster outlet designs for efficient spraying in agricultural applications. Key findings reveal that the optimised design improves spray coverage, reduces power consumption, and increases the sprayer's overall efficacy.
This study does not involve data sharing.
There are no conflicts of interest to report from any of the authors.
The author handled all aspects of the study, including its design, data collection, analysis, and manuscript preparation.
No specific grants from any funding agencies in the public, commercial, or non-profit sectors were received for this research, authorship, or publication.
There is no software or tools usage information relevant to this research.
I express my gratitude to those who provided expertise and assistance throughout this study and manuscript preparation. Special thanks to the anonymous peer reviewers for their valuable feedback.
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