TY - M-10147
AU - Asghar, Humna
AU - Kaushal, Priyanka
TI - Innovative Airflow Optimization: Simulation and Testing of Air Booster Outlet Design for High-Efficiency Sprayers
T2 - Scientific Research Journal of Agriculture and Veterinary Science

PY - 2024
VL - 2
IS - 2
SN - 2584-1416

AB - 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.

KW - Airflow optimization
KW -  air booster outlet
KW -  high-efficiency sprayers
KW -  computational fluid dynamics
KW -  agricultural sprayers
KW -  spray coverage
DO -