DOI: https://doi.org/10.14710/gt.v21i1.32875

ANALISIS NILAI HAMBATAN TOTAL DENGAN PERUBAHAN SARAT KAPAL KM. KENDHAGA NUSANTARA 6

*Budi Utomo  -  Program Studi D3 Teknologi Perancangan dan Konstuksi Kapal, Departemen Teknologi Industri, Sekolah Vokasi, Universitas Diponegoro, Indonesia
Sulaiman Sulaiman  -  Program Studi D3 Teknologi Perancangan dan Konstuksi Kapal, Departemen Teknologi Industri, Sekolah Vokasi, Universitas Diponegoro, Indonesia

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Abstract

The calculation of total resistance value is important of ship because  affects the speed of fluid flow that occurs, as well as the speed of the ship.So that in the designing new ships, sea trials are needed to find out whatever the preparedness of the ship is planned. The purpose is to obtain the value of the total resistance and the coefficient of ship resistance KM. Kendhaga Nusantara 6 uses the calculation method for each ship draught/loading condition. The Method used is experimental method with numerical value approach, Denny Mumford theory and Froude's number. The results show that the largest Total Resistance (Rt) is 5646,02 kN, it was found when speed of ship was 12 knots and draught ship 3,5 meters, with a coefficient value (Ct) of 7,757 x 10-3. The difference in value (Ct) is 0,032x10-3 or 0.41%, and it is still in the criteria because it is below 5%.

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Keywords: Ship Resistance; Ship Draught; Km. Kendhaga Nusantara 6

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  3. Liwång H, 2019, Exposure, vulnerability and recoverability in relation to a ship’s intact stability, Ocean Engineering . pp 218-227
  4. Demirel YK, Song S, Turan O, Incecik A, 2019, Practical added resistance diagrams to predict fouling impact on ship performance, Ocean Engineering. pp : 112-123
  5. Manderbacka T, Themelis N, Bačkalov I, Boulougouris E, Eliopoulou E, Hashimoto H, 2019, An overview of the current research on stability of ships and ocean vehicles: The STAB2018 perspective, Ocean Engineering . pp : 90-102
  6. Bulian G, Cardinale M, Francescutto A, Zaraphonitis G, 2019, Complementing SOLAS damage ship stability framework with a probabilistic description for the extent of collision damage below the waterline, Ocean Engineering. pp : 73-85
  7. Chen Z, Chen D, Zhang Y, Cheng X, Zhang M, Wu C, 2020, Deep learning for autonomous ship-oriented small ship detection, Safety Science pp :812-823
  8. Zhang W, He X, Li W, Zhang Z, Luo Y, Su L.2020, An integrated ship segmentation method based on discriminator and extractor, Image and Vision Computing pp : 24-39
  9. Terziev M, Tezdogan T, Incecik A, 2020, A posteriori error and uncertainty estimation in computational ship hydrodynamics, Ocean Engineering. pp : 434-445
  10. Hai H, Zexing Z, Jiyong L, Qirong T, Wanli Z, Wang G, 2019, Investigation on the mechanical design and manipulation hydrodynamics for a small sized, single body and streamlined I-AUV, Ocean Engineering. pp :106-118
  11. Seok J, Park J-C, 2020, Numerical simulation of resistance performance according to surface roughness in container ships, International Journal of Naval Architecture and Ocean Engineering. pp :11–9
  12. Terziev M, Tezdogan T, Incecik A, 2019, A geosim analysis of ship resistance decomposition and scale effects with the aid of CFD, Applied Ocean Research pp : 930-943
  13. Peng H, Ni S, Qiu W, 2014, Wave pattern and resistance prediction for ships of full form, Ocean Engineering pp :62–73
  14. Cepowski T, 2020, The prediction of ship added resistance at the preliminary design stage by the use of an artificial neural network, Ocean Engineering. pp 57
  15. Islam H, Guedes Soares C, 2020, Uncertainty analysis in ship resistance prediction using OpenFOAM, Ocean Engineering. pp ; 805-820
  16. Kim M, Hizir O, Turan O, Day S, Incecik A, 2017, Estimation of added resistance and ship speed loss in a seaway, Ocean Engineering pp: 465–76
  17. Hashimoto H, Yoneda S, Omura T, Umeda N, Matsuda A, Stern F, 2019, CFD prediction of wave-induced forces on ships running in irregular stern quartering seas, Ocean Engineering pp: 277-285
  18. Gong H, Polojärvi A, Tuhkuri J, 2019, Discrete element simulation of the resistance of a ship in unconsolidated ridges, Cold Regions Science and Technology pp: 855-865

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