Telescopic Boom Design for Field Sprayers

Authors : Hasan Berk Özyurt, İlker Hüseyin Çelen

Pages : 1-14

View : 64 | Download : 57

Publication Date : 2024-04-30

Article Type : Research Paper

Abstract :The efficiency of pesticide applications has become an important issue with the increasing amount of pesticide usage in agriculture around the world. One of the most vital components of pesticide applications is the sprayer. Sprayers are used to spray the pesticides over the target organism homogenously. The sprayer boom is a crucial component of field sprayers in terms of spray homogeneity. To eliminate the yawn and roll moments on the sprayer booms, the design of those components is crucial. For that reason, a telescopically foldable sprayer boom consisting of 5 parts that hold 24 flat fan nozzles was designed. The materials used in the boom design were St-37 square welded and St-52 bent sheet steels. The relative motion of the boom parts was provided by the wheels that were beared on radial ball bearings. The propulsion was created with the rack-pinion mechanism and a DC motor. In order to examine the strength of the design, statical structural analysis was carried out in the Solidworks simulation module by using the Finite Element Method (FEM). All boom parts, wheels, and boom-chassis support points are investigated individually. All forces affected on the boom parts on both the XY and YZ planes were calculated with the help of the free-body diagrams. Support points, gravity, and external forces were applied before the analysis is carried out. Then, meshes were created. After the mesh creation, the analysis was carried out and Von-Mises stress and displacement graphs were created. According to the graphical results, critical zones on the boom parts were identified and design improvements were performed when necessary.
Keywords : pülverizatör kanadı, tarla pülverizatörü, teleskopik hareket, 3 D Modelleme, Sonlu elemanlar analizi