Preliminary Design of Traditional Fishing Boat (2 GT) With Additional Floating Compartment for Safety Reasons Using BKI Rules

Irfan Wahyudin, Yeddid Yonatan Eka Darma, I.G.N.A. Satria Prasetya, Hery Insprasetyobudi

Abstract


traditional fishing boats are used by fishermen for finding fish to support their daily lives. Because there are many shortcomings in their boats (design problems) and natural conditions that often change, accidents can occur which cause their boats to easily overturn and sink to the bottom of the sea. Other problems were also encountered, such as the boat's obstacles, and the boat's floating compartment was not well designed. For this reason, the author conducted research on the design of a fishing boat with a floating compartment using the BKI rules. Using one of the existing boats was made as a design reference with boat sizes. The principal dimension of the fishing boat is LOA: 10.15 m, Lwl: 8,996 m, B: 1 m, H: 0.87 m, H: 0.3 m, and 2 GT. The results of the calculations find that the engine specification that suits the fishing boat is 3.5 kW with a speed of 7 knots. The author's research varies the Floodable Length of the original boat's floating compartment with a compartment size of 1.365 m AP, 1.325 m FP, and model 2 floating compartment using BKI rules with AP size 2.225 m and FP 2.425 m. The analysis result based on the design of the fishing boat shows that model 2 is the best design. Construction in accordance with BKI regulations, a mixed type of construction was chosen. The frame distance is 500 mm with the stiffener type model h = 25 mm, bb = 30 mm, and bc = 36 mm. Meanwhile, the total stringer is 6 stiffeners.


Keywords


BKI; Boat 2 GT; Construction; Floating Compartment; Flodabel Length; Traditional Fisherman

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References


Adminkiara. Sudah 207 Nelayan Tewas dalam Kecelakaan Laut.[online].[download 2021 Agu 28]. Tersedia pada: http://www.kiara.or.id/2014/10/03/ sudah-207-nelayan-tewas-dalam-kecelaka-an-laut. 2014.

Suwardjo, D. Haluan J, Indrajaya, Poernomo S H. Keselamatan Kapal Penangkap Ikan, Tinjauan dari Aspek Regulasi Nasional dan Internasional. Jurnal. Bogor: Institut Pertanian Bogor. 2010.

Biro Klasifikasi Indonesia. Volume V Fiberglass Reinforced Plastics Ships. 2021.

Biro Klasifikasi Indonesia. (Vol V) Guidance for Certification of FRP Fishing Vessel less than 12 m. 2020.

Revols, (2021). Hubungan Ukuran Dan Kemanpuan Muat Perahu Katir Di Kota Bitung, Sulawesi Utara. Jurnal Perikanan dan Kelautan Tropis. Vol. VIII-3.

Ronald, Syaifuddin dan Jonny. Buku Ajar Rancang Bangun Kapal Perikanan. Universitas Riau. 2014.

Molland, A.F., Turnock, S. R. and Hudson, D.A. Ship resistance and propulsion: practical estimation of ship propulsive power. Cambridge. GB. Cambridge University Press, 544pp. 2011.

Tim Kurikulum SMK Perkapalan, “Floodable Length,” Fakultas Teknologi Kelautan ITS, C.20.03. Jakarta, 2003.

Edward V. Lewis, “Priciples of Naval Arcitecture Second Revision,” Volume I Stability and Strengt, The Society of Naval Arcitects and Marine Engineers. Jersey City, 1988.

Harvald, Sv. Aa, Tahanan dan Propulsi Kapal. Airlangga University Press: Surabaya. 1992.

Suhardjito, Gaguk. Tentang Rencana Umum. Archimedia.2006.




DOI: http://dx.doi.org/10.12962/j25481479.v7i4.13266

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P-ISSN: 2541-5972   

E-ISSN: 2548-1479

 

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