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— i-N A V A L ARCHITECTURE
AND
OCEAN ENGINEERING
VOL.
27
1989
Edited by THE SOCIETY OF NAVAL ARCHITECTS OF JAPAN
Published by SHIP & OCEAN FOUNDATION
Contents
Development of Marine Propellers with Better Cavitation Performance
Hajime YAMAGUCHI, Hiroharu K A T O
and Masatsugu M A E D A
Prediction of Propeller Cavitation Noise and Its Comparison with Full-Scale Measurements
Naoaki OKAMURA and Toshio ASANO
An Observation of Bottom Impact Phenomena by means of High Speed Video and Transparent Model
Iwao W A T A N A B E , Katsuji T A N I Z A W A
and Hiroshi S A W A D A
Large-Eddy Simulation of Turbulent Channel Flow
Yasuaki D o i and Tsukasa KIMURA
Directional Irregular Waves Generated in a Towing Tank
Seiji T A K E Z A W A , Kentaro KOBAYASHI
and Akio KASAHARA
Velocity Field Measurement using Digital Flow Images and Laser Speckle Photography
Taketoshi OKUNO
Numerical Simulation of Turbulent Flow around Wing Section Controlled by Electromagnetic Force
Munehiko HiNATSU Analysis of Shipping Water with the Experiments and the Numerical Calculations
Sumitoshi MiZOGUCHI A Study on Semi-Submersible High Speed Ship with Wings
Its Resistance Characteristics and Possibility
Kazu-hiro MoRi, Takio HoTTA, Kazuyuki EBIRA and Xu Qi Study on the Vibration of Long Stroke Diesel Engine Crank Shaftings
Shigehiro HOMORI, Minoru K A M A T A
and Yasuo SASAKI
Longitudinal Strength of the Fore Body of Ships Suffering from Slamming
Hisayoshi ENDO, Yoshiteru T A N A K A , Genya A o K l ,
Hajime INOUE and Yoshiyuki Y A M A M O T O
Reliability Analysis of Fatigue Damage of Offshore Structure
Hironori T A K A S H I M A and Susumu M A C H I D A
The Effect of Whipping Stress on Fatigue Strength of a Fast Container Ship in Rough Seas
Yoichi SUMI, Yoshiyuki Y A M A M O T O
and Masanao SuzUKi Ship Structural Design Based on Synthetic Evaluation of Wave Loads
Akinobu K A W A M U R A , Yoshio KURAMOTO, Kunifumi HASHIMOTO,
15. An Object Oriented Tool for the Preliminary Design of Ships
Takao SEKIMOTO, Ken SHIMIZU
and Takeo KoYAMA 167 16. Noise Reduction of Working Ships and Marine Facilities
; Youji SUZUKI and Masayuki O G A W A 179 17. Study on Reliability Assessment System of Composite Materials
