Advanced Ship Propulsion Technology: A Review

Hadi Prastowo, Fransisco Pinto, Dr. Semin

Abstract


Ships need drive in order to move from one place to another. Propulsion has been known since 40,000 BC and continues to grow. In the development of increasingly complex use of the vessel so that it will directly affect the ability of propulsion to move the ship. Taking into account the purpose and use of the design of the ship, then the designer will consider in the choice of the type of propulsion that will be used so that the ship and propulsion really matching at the time of operation. Selection of the right will ensure the vessel's ability to maneuver in the conditions and situations that will be encountered by the ship itself. With the technological revolution, especially in the field of marine have impacted very significant in the development of marine transportation and water in particular ships, which have given rise to other types of ships along with other types of propulsion are more trusted and considered to ensure the vessel's ability to operate in accordance with current needs. Each type of propulsion have advantages and disadvantages of each, but in spite of that each type of propulsion has been tested capacity and feasibility in each era. This paper review, put forward the types of propulsion and development since it was first discovered up to now, with the development of technology in the field of marine then there are several types of propulsion used as ship propulsion. Researchers are still conducting research to choose the suitable type of propulsion that can address global issues concerning environmental pollution.

 



Keywords


Advanced ship propulsion, propulsion technology, types of propulsion

Full Text:

PDF

References


Bernd Röder, The Propulsion of Sea Ships In The Past, Present and Future. Verein Hanseatischer Transportversicherer e.V. Hamburg-Bermen Jerman, 2008.

John Carlton, Marine Propellers And Propulsion, second edition. 623.8’73. Elsevier Ltd. England, 2007.

Isidoro Martinez, Marine Propulsion, 1995.

Isidoro Martinez, Fundamentals Of Propulsion, 1995.

Man Diesel & Turbo, Basic Principles Of Ship Propulsion, Denmark, 2011.

Asgeir J. Sørensen, Marine Control Systems Propulsion And Motion Control of Ships and Ocean Structures. Department of Marine Technology Norwegian University of Science and Technology, Norway, 2013.

Julia King Cbe Freng, Ian Ritchey, Marine Propulsion The Transport Technology For The 21st Century?. Ingenia articles 16. Ukraine, 2002.

Lloyd’s Register Foundation Heritage & Education Centre, Diesel Engine Design And Manufacture-A History. Infosheet No. 37, united Kongdom, 2014.

William G. Steltz, Steam Turbines, Mechanical Engineers’ Handbook: Energy and Power, Volume 4, Third Edition. Turboflow International, Inc.Palm City, Florida,USA, 2006.

Nives Vidak, Marine Engineering Course. Sveučilište U Dubrovniku Pomorski Odjel Preddiplomski Studij Brodostrojarstvo. ISBN 978-953-7153-40-3 Davorka Turčinović, mag. oec. Dubrovnik, Coatia,. 2016.

NN, Steam Turbines For Marine Propulsion, 1999.

Peter Schenzle, Wind Propulsion For Solar Ship Operation. 25th International Conference on Offshore Mechanics and Arctic Engineering. Germany. 2006.

G. Trouvé K. Jaouannet, Wind Propulsion Technologies Review. Consultant Environnement Energie, Sail. France. 2013.

Nuno A. Cruz, José C. Alves, Tiago Guedes, Rômulo Rodrigues, Vitor Pinto, Daniel Campos and Duarte Silva, Integration Of Wind Propulsion, Springer International Publishing. Switzerland. 2016.

Wintecc, Demonstration Of An Innovative Wind Propulsion Technology For Cargo Vessels. LIFE06 ENV/D/000479, European Commission, United Kingdom, 2009.

Shinri Kamei, Nuclear Marine Propulsion: The History Of Nuclear Technology. Darthmout Undergratuate Journal of Science. 2013.

Benjamin S. Haas Strategies For The Success Of Nuclear. Nuclear Ship Design Project, SUNY Maritime. USA. 2014.

Departement of Energy, Departement of The Navy, The United States Naval Nuclear Propulsion Program. Vol 144, No 106, USA. 2013.

Sajad Sadr, Mohammad Hosein Khanzade, Ship Electrical Propulsion System. Journal of Basic and Applied, ISSN 2090-4304, Text Road Publication. Iran. 2013.

Alf Kåre Ådnanes, Maritime Electrical Installations. ABB AS. Norway. 2003.

Ian Whitelegg, Richard Bucknall,. Electrical Propulsion In The Low Carbon Economy. Low Carbon Shipping Conference ªUniversity College London, Department of Mechanical Engineering, London WC1E 7JE, UK. United Kingdom. 2013.

Yoshifumi Ajioka, Kiyoshi Ohno, Electric Propulsion Systems For Ships. Hitachi Review, Vol. 62, No. 3. Japan,. 2013.

Ezekiel Enterprises, LLC, Fundamentals-Of-Gas-Turbine-Engines. Volume 2. USA, 1999.

Rolls-Royce plc, Energy Efficient Gas Propulsion. United Kingdom. 2011.

NN, Water Jet Propulsion System. 2001

Norbert Willem Herman Bulten, Numerical Analysis Of A Waterjet Propulsion System. Wärtsilä Propulsion Netherlands B.V. ISBN-10: 90-386-2988-5. Netherlands. 2006.

Hamilton. Waterjet Overview. Hairy lemon. New Zealand, 2015.

Khizir Mahmud, Sayidul Morsalin, Md. Imran Khan, Design And Fabrication Of An Automated Solar Boat. International Journal of Advanced Science and Technology, Vol.64 (2014), pp.31-42. 2014.

World Nuclear Association, Nuclaer Power Ship. 2016.

Man Diesel & Turbo. HYBRID PROPULSION. 2366497EN-N1,GKM-AUG-04142. Germany, 2002

NN, Fuel Cell Basics, 2010.

Creating, Fuel Cell Technology In Inland Navigation. Technical Report the framework of EU Project Creating (M06.02). Belgium. 2003.

Maja Krcum, Leo Žižić, 2010. Marine Applications For Fuel Cell Technology. Conference Paper. University of Split Faculty of Maritime Studies. Croatia., 2010.


Refbacks

  • There are currently no refbacks.