FAST TRIMARAN PASSENGER SHIPS FOR THE ARCHIPELAGO REGIONS

  • Wolter R Hetharia Universitas Pattimura
Keywords: Trimaran, Design concept, Design process

Abstract

This paper deals with the design process of passenger trimaran ships provided to be operated in the archipelago regions. This specific ship and area are defined due to the need of transport passenger in the archipelago region. The problems of worse sea conditions, low passenger rate, safety, the need of fast passenger transport are solved with the existence of fast passenger trimaran. Several tasks were executed with the objective is to find design specification of the trimaran ships. The ships were designed based on the standart procedure in ship design. The input design, design process, design considerations and other requirements and rules were applied during design process. Two small trimaran multi-function were designed and built to be operated as fishing boat and restricted passenger transport. Meanwhile, two passenger trimarans were designed with the concepts of “wave piercing trimaran†and Small Waterplane Area-Wider Deck (SWA-WD) for the main hull form. The results of the task were proving the blue-print design. In, addition, one task is still condicting for design of Patrol Trimaran Boat. The results of those designs are presented in the paper including the design specifications and documents for each kind of trimaran ships. In conclusion, the design specifications are prepared for future ship construction. It is recommded that some ship design parameters should be confirmed before the construction stage.      

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References

1. Andrews, D, 2004, Multi-Hulled Vessels, Ship Design and Construction Vol. II, Chapter 46, Writen by an International Group of Authorities, Thomas Lamb, Editor, SNAME Publication, Jersey City, New York, USA
2. Aasheim, I and Werenskiold, P., 2004, Application of IMO HSC Standarts for Small Craft, RINA Papers on The International Conference, Small Craft Regulations, 20-21 October 2004, London, UK
3. Baird,C.(2004),“Austal Ships”, Australia and the Sea 2004,Baird Publications Pty Ltd. pp14-15
4. Barnes, J. (2007),”Trimaran–Solution to Oil Spills?”,The Motor Ship, Vol 88 Issue 1036, pp 14-15.
5. Bertorello, C, Design Development for a Trimaran Fast Passenger Ferry, Department of Naval Architecture and Marine Engineering, University of Naples Federico II, Italy, Proceedings of The 22nd International Conference on Hydrodynamics and Aerodynamics in Marine Engineering (HADMAR 2001), 01-04 October 2001, Varna, Bulgaria, Vol. 1.
6. Bureau Veritas, 2002, Rules for the Classification of High Speed Craft, Edition February 2002.
7. Calhoun, S.R and Steven, S.C., Human Factor in Ship Design, Ship Design and Construction Vol. II, Chapter 15, Writen by an International Group of Authorities, Thomas Lamb, Editor, SNAME Publication, Jersey City, New York, USA
8. Clement, E.F., 1965, Merit Comparisons of The Series 64 High-Speed Displacement Hull Forms, Report No. 3139, Hydromechanics Laboratory, Research and Development Report, November 1965.
9. de Graaf, H. J. (1977), De Geschiedenis van Ambon en de Zuid-Molukken, Uitgeverij T. Wever B.V.-Franeker, Groningen, pp 117-137.
10. Dubrovsky,V., 2004, Ship with Outriggers,Backbone Publishing Company,Fair Lawn,New Jersey,USA.
11. Dubrovsky, V, Matveev, K.I, 2004, Concept Design of Outrigger Ship, International Conference on Design and Operation of Trimaran Ships, 29 -30 April 2004, London, United Kingdom.
12. Foxwell, D. (2000.a), ”Launch Date Approaches for Triton”, Warship Technology – Supplement to The Naval Architect, March 2000, pp. 12-14.
13. Foxwell, D. (2000.b), ”Trimaran Demonstrator Triton Launched”, Warship Technology – Supplement to The Naval Architect, July/August 2000, pp. 8-9.
16. Hetharia W. R., de Fretes E.R, Camerling B, “An Evaluation of Development of Trimaran Boats in Indonesian Waters” Proceeding of National Seminar Theory and Application Marine Technology V, Institut Teknologi Sepuluh November Surabaya,ISSN:1412-2332,Surabaya,November 17 2007.
17. Hetharia W.R, de Fretes E.R, “Design and Operation of Prototype Tuna Trolling Line Material Fiberglass Reinforced Plastic for the Local Moluccas Fishermen”, Proceeding of National Seminar Application of Science&Tech, DGHE, Dept. of National Education, Jakarta May 26 / 28, 2003.
18. Hetharia W.R, de Fretes E.R, Camerling B, “Design and Operating of Small Fishing Boat with Multi-Purpose Gears”, Proceeding of International Workshop on Echo-Friendly Coral Reef Fishery, Conducted by Pattimura University and Tokyo University of Marine Science and Technology, Ambon, March 17-19 2005.
19. Huwae D.J. 2020. “Studi Perbandingan Parameter Hambatan dan Stabilitas Antara Kapal Penumpang Cepat Monohull dan Trimaran”, Skripsi, Fakultas Teknik Universitas Pattimura, Ambon.
20. Irens, N., 2004, Notes and Observations Resulting from Practical Experience Gained in The Operation of Small Sized Power Trimaran (1988-2004), RINA Papers on International Conference, Design and Operation of Trimaran Ships, 29-30 April 2004, London, UK.
21. Levander, K., Passenger Ships, Ship Design and Construction Vol. II, Chapter 37, Writen by an International Group of Authorities, Thomas Lamb, Editor, SNAME Publication, Jersey City, New York, USA
22. Lewis, E.V., 1988, Principles of Naval Architecture, Volume II – Resistance, Propulsion and Vibration, The Society of Naval Architects and Marine Engineers, 601 Pavonia Avenue, Jersey City, NJ.
23. Madiuw, J. B. 2021. “Desain Kapal Patroli Trimaran Kecil Untuk Beroperasi di Perairan Maluku”, Skripsi Belum Publikasi, Fakultas Teknik Universitas Pattimura, Ambon.
24. Sielski, R. A., 2007, Review of Structural Design of Aluminium Ships and Craft, SNAME – Transactions, Vol 115.
25.Thomson, B. (2001.a), “North West Bay Ships”, Ship and Boat International, Issue 09/01, November 2001, RINA Publication, London, pp 17-18
26.Thomson, B. (2001), “Fast Designer Looks Forward to Cargo Traffic”, Ship and Boat International, Issue 10/01, December 2001, RINA Publication, London, pp 27
Published
2021-08-17
How to Cite
Hetharia, W. (2021). FAST TRIMARAN PASSENGER SHIPS FOR THE ARCHIPELAGO REGIONS. ALE Proceeding, 4. Retrieved from https://ojs3.unpatti.ac.id/index.php/ale/article/view/4295
Issue
Vol 4 (2021): Archipelago Engineering (ALE)
Section
Keynote Speaker

Copyright (c) 2021 Wolter R Hetharia

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