Sprinkler arrangement for UiTM's stadium field

Abdullah, Nur Lina; Kadir, Norhidayah A.; Safaron, Saiful Bahri; Suder, Nurazeera Md; Omar, Nurul Wahidah

doi:10.1063/1.4823914

Cited by 1 publication

(1 citation statement)

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“…A mathematical model was developed using geometry and algebra approach. For a detailed discussion of this method, we refer the reader to Abdullah et al, [22]. To fix ideas, a new sprinkler arrangement in Figure 2 is designed with the following assumptions: (a) the possible sprinkler arrangement must be less than 7x5 sprinklers; (b) the water pressure and water flowrate for each sprinkler are same and constant; (c) the same amount of water for lawn watering; (d) the amount of overlapping area must be less than 7920m 2 ; and (e) by increasing the distance between sprinklers, it can reduce the water overlapping area.…”

Section: Mathematical Modelmentioning

confidence: 99%

Water Overlapping Area for The Arrangement of Field’s Sprinkler Irrigation

Abdullah

Ismail

Safaron

et al. 2021

ARFMTS

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The design and arrangement of sprinkler irrigation systems are presented and discussed in this paper. The design is based on a rotating sprinkler system to irrigate the field. Information is provided concerning the components of irrigation systems and the characteristics of the system that affect water application efficiency. The mathematical model is developed to account for water overlapping area throughout a fixed sprinkler system and to evaluate the number of sprinkler irrigation for the whole field using water projection profiles from the experimental data analysis. As a result, a set of recommendations for the design of sprinkler irrigation system management are obtained. Finally, this problem is alleviated using the Maplet interface. By simply typing information in the text boxes and using drop-down menus in Maplet windows, the characteristic of sprinkler irrigation systems can be studied with relative ease.

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Section: Mathematical Modelmentioning

confidence: 99%