Cruise vessels
The primary purpose of cruise vessels is the entertainment and transport of passengers. To fulfill this purpose, the noise and vibration level aboard as well as the motions of the ship during transit or anchorage should be minimal. Furthermore, the ship is to be able to operate independently in widely varying operational conditions. This poses stringent demands on the harbour manoeuvring capability. Since the loading condition of cruise vessels changes only marginally during the service, the hull form and bulbous bow of these ships can effectively be optimised from a powering point of view.

Services & Activities
The Resistance and Propulsion experts can assist with the hull form optimisation and provide a speed-power performance prediction in an early design stage. They can also provide a more in-depth powering performance prediction by performing calm water model tests. The Propulsors and Cavitation experts provide support to clients regarding propeller design, cavitation and noise & vibration.

Our Manoeuvring experts verify the stringent demands on the manoeuvrability, i.e. harbour manoeuvring and crabbing capabilities, the manoeuvring performance and compliance with IMO standards for manoeuvring . The Seakeeping Knowledge Team investigates the seakeeping performance, roll stabilisation systems, the motions and the loads & responses, such as slamming, whipping and springing. Furthermore, operability assessment studies and ship route scenario simulations can be conducted.

The Nautical Centre MSCN offers training of the crew and the simulations of special situations. The Trials & Monitoring Department is involved in full-scale measurements of ship performance, manoeuvrability, cavitation observation and measurements of noise & vibrations and loads & responses.

Facilities & Tools
Cruise vessels are tested in the following MARIN facilities:

Experience record
The list below gives a review of a few cruise vessels MARIN has worked on:

  • Seabourn Oddessey (Mariotti), 2008-2009
  • Disney cruise vessel (Jos L. Meyer), 2008-2009
  • Oceania cruise vessel (Fincantieri), 2008
  • Oasis class cruise vessel (STX Europe), 2005-2008
  • RCI Challenger cruise vessel (Jos L. Meyer), 2006
  • MSC Cruise liner (Chantiers de l'Atlantique), 2005-2006
  • Freedom class cruise vessel (Aker Finnyards), 2005
  • Cruise liner Queen Mary 2 (Chantiers de l'Atlantique), 2002
Most recent cruise vessel papers presented by MARIN
(complete overview of papers can be found under Publications)

On the prediction of parametric roll
Gunsing and Dallinga, proceedings ISSW, 2010

Cruise ship seakeeping and passenger comfort
R.P. Dallinga and J.E. Bos, HPAS 2010, 2010

Computational Analysis of Propeller Sheet Cavitation and Propeller Ship Interaction
J. Bosschers, G. Vaz, A.R. Starke, E. van Wijngaarden, RINA conference “MARINE CFD2008”, 2008

Queen Mary 2 seakeeping assessment: the owner’s requirements, the design verification and operational experience
Dallinga R.P., Gaillarde G. and Payne S. [Cunard], Cruise & Ferry, 2005

Aftbody slamming and whipping loads
Kapsenberg G.K., Veer A.P. van 't, Hackett J.P. and Levadou M.M.D., SNAME Annual Meeting, San Francisco, 2003

Most recent cruise vessel articles written for MARIN Report
(complete overview of articles can be found under Publications)

Measuring success
MARIN Report, 2009

Oasis of the Seas
Giedo Loeff, Jaap van Heerd & Reint Dallinga, MARIN report, 2009

Five decades of innovation and a great future
Jaap van Heerd, MARIN Report, 2007

Color Fantasy
Giedo Loeff, Jaap van Heerd & Jan-Bart Verkuyl, MARIN Report, 2006

Podded popularity sees MARIN building bridges
Freek Verkerk, MARIN Report, 2003

Contact
For more information on how MARIN can help your organisation regarding cruise vessels, please contact the Cruise and Ferry team at cruise-ferry@marin.nl.

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