Development of a liquid fertilizer spray with angle controlled nozzle

Adnan, Harith (2021) Development of a liquid fertilizer spray with angle controlled nozzle. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Nowadays, agriculture play vital role as it become the main source of food where it can also be the main economy income for developing country. Since the last couple of years, the interest in durian grows exponentially among the local and global community. This encourages the local farmer to expand their durian orchard to meet the high demands from the consumer. This will increase the workload of the farmer. The agriculture drone is introduced to the farmer as a modern agriculture tools to replace the old method. The agriculture drone can be used for many operations such as monitor crop health, apply fertilizer and pesticide, water the crops, crop mapping and surveying, and many more. This project compares the available drone in the market to compare their unique parameter. The design of the drone also proposed based on the date gathered through the online survey question to generate the customer requirements and feedback rating from the consumer. The design of the drone is then realized using the computer aided design software, SolidWorks. Since the fabrication process cannot be done due to current pandemic condition, the drone will be undergoing simulation test using ANSYS software to the determine the static structural of the frame, flow simulation of the propeller, and the flow simulation of the nozzle. All the result from the simulation was displayed in the figure form.

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