Abstract
Selection of a suitable material is of prime importance in designing and fabrication of the hybrid agricultural sprayer. Material plays an important role as it affects factors such as function, mechanical properties, quality, manufacturability, endurance, performance and cost of the hybrid agricultural sprayer. In this research paper, the solid modelling of hybrid agricultural sprayer has been done on SolidWorks and suitable material is selected by comparing static structural analysis of aluminium, mild steel, stainless steel, epoxy carbon and epoxy E-glass UD-based frames on ANSYS workbench and properties such as density and yield strength. The deformation, equivalent stress and equivalent strain, obtained through analysis on ANSYS workbench, and other properties such as density and yield strength cost are compared for aluminium, mild steel, stainless steel, epoxy carbon and epoxy E-glass UD-based frames to determine the suitable material for the frame of the hybrid agricultural sprayer. Thus, by comparing aluminium, mild steel, stainless steel, epoxy carbon and epoxy E-glass UD-based frames, this research paper determines the appropriate material for the frame of the hybrid agricultural sprayer.
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