MODIFIKASI DUCTED FAN UNTUK KEBUTUHAN PENGARAH ALIRAN SEMPROTAN PUPUK CAIR

Aprilindo Hutama, Ananda (2023) MODIFIKASI DUCTED FAN UNTUK KEBUTUHAN PENGARAH ALIRAN SEMPROTAN PUPUK CAIR. Thesis thesis, Institut Teknologi Dirgantara Adisutjipto.

	Text (ABSTRAK) 18050100_ABSTRAK.pdf Download (130kB)
	Text (BAB I) 18050100_BAB 1.pdf Download (171kB)
	Text (DAFTAR PUSTAKA) 18050100_DAFTAR PUSTAKA_compressed.pdf Download (39kB)
	Text (FULL SKRIPSI) 18050100_compressed.pdf Restricted to Repository staff only Download (528kB)

Abstract

The use of agricultural drones has now experienced significant development. However, in its use it is often considered less effective because the liquid fertilizer sprayed through the nozzle tip is not on target because it is carried by the wind. Then we need an additional tool in the form of a ducted fan which can increase the speed of the flow of fertilizer sprayed through the nozzle. This study uses a modification and reconstruction method of the ducted fan model that is already on the market so that it can be used as a flow guide. The modifications made are in the form of adding a cone with a size according to the hub and a height of 5 mm and a stator which is almost the same size as the fan which is around 65 mm and has the reverse direction, namely counter clock wise which functions as a flow guide. As well as reconstructing the installation of the duct that is upside down, the fan with a clock wise direction and the addition of the duct length. The results of the CFD research that has been carried out can be seen that the flow velocity at the outlet is 5.38394 m/s and the width of the flow which was originally 0.113791 m became 0.021235 m. As well as visible flow based on the time of 0.5 seconds the flow changes - change the flow pattern. Based on the results of the study it can be concluded that the fluid flow passing through the ducted fan looks smaller and directional so that it is in accordance with the purpose of the modifications that have been made and the flow speed increases so that the flow does not fly with the wind.

Actions (login required)

View Item

Downloads