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Design study of a heavily loaded ice class propeller using an advance panel method

Lookup NU author(s): Professor Pengfei LiuORCiD


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A design and optimization procedure developed and used for a propeller installed on a twin-semitunnel-hull ship navigating in very shallow and icy water under heavy load conditions is presented. The base propeller for this vessel was first determined using classic design routines under open-water condition with existing model test data. In the optimization process, a panel method code (PROPELLA) was used to vary the pitch values and distributions and take into account the inflow wake distribution, tunnel gap, and cavitation effects. The optimized propeller was able to improve a ship speed of 0.02 knots higher than the desired speed and 0.06 knots higher than the classic B-series propeller. The analysis of the effect of inflow wake, hull tunnel, cavitation, and blade rake angle on propulsive performance is the focus of this paper. © Marine Technology.

Publication metadata

Author(s): Liu P, Islam MF, Doucet JM, Prior A, Huang G

Publication type: Article

Publication status: Published

Journal: Marine Technology

Year: 2010

Volume: 47

Issue: 1

Pages: 74-84

Print publication date: 01/01/2010

ISSN (print): 2153-4721

ISSN (electronic): 2153-473X

Publisher: Society of Naval Architects and Marine Engineers