ISME KOBE '90 ISME KOBE '90 TECHNICAL PAPERS & PANEL DISCUSSIONS PRESENTED AT The 4th Internationa Symposium on Marine Engineering Kobe '90 OCTOBER 15—19, 1990 INTERNATIONAL CONFERENCE CENTER KOBE The Marine Engineering Society in Japan JSTC Bldg., 1-3-8, Mejiro. Toshima, Tokyo 17! JAPAN
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ISME KOBE '90
ISME
KOBE '90
TECHNICAL PAPERS & PANEL DISCUSSIONS PRESENTED AT
The 4th Internationa
Symposiumon
Marine EngineeringKobe '90
OCTOBER 15—19, 1990
INTERNATIONAL
CONFERENCE CENTER KOBE
The Marine Engineering Society in JapanJSTC Bldg., 1-3-8, Mejiro. Toshima, Tokyo 17! JAPAN
CONTENTS
SESSION A-l [HIGH SPEED & SPECIAL VEHICLE TECHNIQUES I ] Page .Vol.
A-l-1 High Speed Semi-Submersible Vehicle with Wings A-l-1,
1
K.MORI. Y.DOI. Y.H1G0 (Hiroshima University)
A-l-2 Kawasaki "JET SKI" Watercraft A-l-9 1
Y.YAMASHITA (Kawasaki Heavy Industries.Ltd.)
A-l-3 Underwater Gliding for Subsea Cargo Transport A-l-17. I
Tsung-Chow SU (Florida Atlantic University)
A-l-4 The Recent Development of SWATH in Japan A-l-23. I
(Small Waterplane Area Twin Hull)H.YAGI. S.SHIBAHARA. Y.AKUTSU. K.MASUYAMA. H.NAKAMURA
(Mitsui Engineering & Shipbuilding Co..Ltd.)
SESSION A-2 [PROPULSION & RESISTANCE I ]
A-2-1 Measurement,of Spray Resistance for Prismatic Planing Hull Forms A-2-1.
I
S.HIRANO, S.INATSU. Y.HIMENO (University of Osaka Prefecture)
A-2-2 Comparative Investigations of Airfoil Sections in a Cavitation Tunnel A-2-9.
I
W.FALLER (Sulzer-Escher Wyss GmbH)
A-2-3 An Experiment on the Transition of a Three-Dimensional Boundary LayerUsing a Thin Liquid Film Flow A-2-17. I
T.AZUMA (Osaka City University)
A-2-4 Some Results from Systematic Investigations of Cavitation and Acoustic
Characteristics of Positioning Thrusters A-2-25, I
R.Z.KALCHEV. St.STOYANOV, V.P.ILIN. E.P.LEBEDEV
(Bulgarian Ship Hydrodynamics Centre)
SESSION A-3 [HIGH SPEED & SPECIAL VEHICLE TECHNIQUES H]
A-3-1 A Water Jet Using Expansion of High Pressure Air Bubbles A-3-1.
A-7-2 Economic Factors at Standardization of Ship Hull Longitudinal Strength •••• A-7-9,III
A.I.MAXIMADJI (CNIIMF)
A-7-3 Economical and Technological Aspects of Integrated Propulsion Systems A-7-15, III
M.HIRT. W.PINNEKAMP (RENK TACKE GmbH)
SESSION A-8 [GENERAL DESIGN & METHODOLOGY II ]
A-8-1 Application Engineering A-8-1 III
O.GR0NE. P.ELM. B.JACOBSEN (MAN B&W Diesel A/S)
A-8-2 New Concept of Propulsion System A-8-15 111
S.YABUKI. H.SHIBUYA. M.NAKAMURA
(Mitsui Engg.& Shipbuilding Co..Ltd.)
A-8-3 Mathematics Help to Introduce Quality Reserve in Marine Lubricant A-8-23 IIIA.MONTAUD (ELF Research Center)K.HOSONUMA (Kyodo Oil Technical Research Center Co..Ltd.)C.OUVRIER-BUFFET (Societe des Lubrifiants Elf Aquitaine)
— 2 —
SESSION B-l [TRIBOLOGY & LUBRICATION SYSTEMS I ] Page .Vol.
B-1-1 An Evaluation of Marine Diesel Cylinder Lubricants Under Extreme OperatingConditions B-l-1
.1
B.H.CARTER. R.I.EDGAR (Castrol Research Laboratories)
R-l-2 Application of Neutron Activation Analysis to Inspection of Wear
C-5-4 An Engine Room Simulator for Education and Its Application C-5-33, IIT.NAKAMURA (Marine Technical College)Y.ARIMOTO. R.SAKAI (Terasaki Electric Co.,Ltd.)
SESSION C-6 [ENVIRONMENTAL PROBLEMS & TECHNIQUES. II ]
C-6-1 The Application of Fly Ash and Slag to the Harbor Engineering C-6-1,
II
R.HUANG (National Taiwan Ocean University)
C-6-2 Characteristics of Soot Formation and Decomposition from Diesel Engine •••• C-6-9 ,IIO.NISHIDA, H. FUJITA, W.HARANO
(Kobe University of Mercantile Marine)
C-6-3 Marine Machinery Operations and Concern for the Environment C-6-17.IIP.H0LBR00K (Lloyd's Register of Shipping)W.P.FABRIEK (Caleb Brett International Ltd.)
SESSION C-7 [HEAT & MASS FLOW I ]
C-7-1 Reduction of Remaining Water in Horizontal Pipes by Line Blowing C-7-1.Ill
K.YAMAGUCHI, I.AYA, K.YAMANE (Ship Research Institute)
C-7-2 Materials Discharge using Slurry Pumping Techniques C-7-9,
IIIR.V.THOMPSON (The University of Newcastle upon Tyne)
C-7-3 The Dynamics of Natural-Circulation Flow in a Bent Loop C-7-19. IllT.FUJII (Kobe University)T. ISHIDA, K.AKAGAWA (Japan Atomic Energy Research Institute)M.ISHIZUKA (Ryukoku University)
SESSION C-8 [HEAT & MASS FLOW II]
C-8-1 Pressure Oscillation Due to Vapor Condensation in Liquid(Effect of Vapor Outlet Condition in Condensation Oscillation) C-8-1
,III
T.TAKAMASA (Tokyo University of Mercantile Marine)K.NAKAGAWA. K.OKUDA, N.IIJIMA (Institute for Sea Training)
C-8-2 Flow Analysis for Marine Piping Networks Considering Energy Losses at TeeBranches C-8-7
,III
T.TSUSHIMA (Kobe University of Mercantile Marine)Y.MORIKAWA (Osaka Sangyo University)
C-8-3 Available Energy Analysis on Heat Engines for Marine Use C-8-15 IIIH.TAMAKI. T.HIRATA, M.ISHIKAWA, I.SUGAI (Shinshu University)
— 6 —
SESSION D-l [STIRLING & NEW TYPE ENGINES] Page .Vol.
D-l-1 Studies and Consideration on Marine Stirling Engines D-l-1 ,1N.ISSHIKI. H.WATANABE, S.MORIYA (Nihon University)K.FUJIWARA (Aisin Seiki)S.TSUKAHARA (Ship Research Institute)T.MATSUMOTO (Furukawa Kikai Kinzoku)
D-l-2 Dynamic Characteristics of Marine Stirling Engine by Computer Simulation • • D-l-7.
IS.TSUKAHARA. M.KUWABARA (Ship Research Institute)N.ISSHIKI (Nihon University)
D-l-3 An Analysis of the Performance of Turbo-fan Engines in Marine Version D-l-15. IW.YONGHONG (Shanghai Jiaotong University)
D-l-4 Performance Characteristics for a Small Stirling Engine Using One-WayType Piston Ring D-l-21. I
F.TODA, S.IWAMOTO, M.MATSUO (Saitama University)
SESSION D-2 [NEW MATERIALS FOR DIESEL ENGINES]
D-2-1 Analytical Investigation on the Cooling of High Temperature Walls with
a Two-Phase Mist Flow in Advanced Marine Power Systems D-2-1.
I
S.NAMIE, T.OSANAI (Ship Research Institute)
D-2-2 On the Insulation of Combustion Chamber with the Use of Porous Ceramics
in Marine Diesel Engines • D-2-7,
IT.KOMODA, J.FUJIMOTO, T.ICHIHASHI, M.WATANABE, Y. ENDOH(Mitsui Engineering & Shipbuilding Co.,Ltd.)
D-2-3 Insulation of Combustion Chamber Components with Multi-ceramic Layers D-2-15. I
E-4-2 Characteristics of SIT High Frequency Inverter for High-IntensityUltrasonic Homogenizer E-4-9
,II
Y.HATANAKA (Tokyo University of Mercantile Marine)
Page .Vol.
E-4-3 A Guide Line for Engine Mechatronics of Marine Diesel Engines based on
a Field Research and an Experiment E-4-17. II
T.AZUMA (Teikyo University)Y.TAMORI (Yanmar Diesel Engine Co..Ltd.)I.H1GASHIN0 (Osaka City University)
SESSION E-5 [ELECTRIC & SUPER-CONDUCTIVE MAGNETIC PROPULSION]
E-5-1 New Design Concept of Marine Multi-Engine Electric Propulsion Plant E-5-1 ,11
K.SHIMAMOTO. H.SHIMOKOCHI, M.KAWAKADO, T.MITA
(Mitsubishi Heavy Industries,Ltd.)
E-5-2 Electric Power and Propulsion System E-5-9 ,IIK.NIWA. T.YOSHIDA (Fuji Electric Co..Ltd.)
Page ,Vol.E-5-3 Diesel-Electric Propulsion System of the Cruise Ship "CRYSTAL HARMONY" ••• E-5-15, II
H.YONEYAMA, Y.OKADA, A.OHNO (Mitsubishi Heavy Industries,Ltd.)Y. MURAKAMI (NYK LINE)
E-5-4 Research of Superconducting Electro-Magnetic Propulsion Ships E-5-23,IIM.HASHII, C.MATSUYAMA, K.SHIMAMOTO. S.TAKEZAWA. K. IMAICHI
(Mitsubishi Heavy Industries,Ltd.) *
SESSION E-6 [ELECTRONIC CONTROL II]
E-6-1 Computer-Aided Study of the Optimum Conditions of Use of Two-StageTurbocharged Marine Diesel Engine E-6-1 ,II
Jean-F.HETET. Jean-P. FRAYRET
(Ecole Nationale Superience de Mecanique)
E-6-2 Improvement of Diesel Engine Performance by a Hydraulically PoweredElectronic Control System
Part 1. Hydraulically Actuated Fuel Injection and Inlet/ExhaustValve Systems E-6-7
.II
S.SATOH. K.SONODA. Y.TOHBE. H.KITADA. Y.NAKAMURA(Kawasaki Heavy Industries,Ltd.)T. ISHIYAMA (University of Tokushima)
E-6-3 Improvement of Diesel Engine Performance by a Hydraulically PoweredElectoronic Control System
Part 2. Electronic Control System E-6-15,IIT.KAJIMA. Y.KAWAMURA, Y.NAKAMURA(Kawasaki Heavy Industries, Ltd.)
E-6-4 Improvement of Diesel Engine Performance by a Hydraulically PoweredElectronic Control System
Part 3. Operation and Evaluation of Test Engine E-6-23,IIT.FUJI I. Y.TOHBE. S.SATOH. K.SONODA. Y.NAKAMURA(Kawasaki Heavy Industries, Ltd.)T. ISHIYAMA (University of Tokushima)
SESSION E-7 [AUTOMATION TECHNIQUES & SHIP SYSTEMS I ]
E-7-1 A Development of Marine Electronic Governor Using Optimization Technique •• E-7-1 .IIII.KISHIMOTO. T.MAEDA. I.SATOH (Nippon Air Brake Co..Ltd.)N.TAMURA (Kobe Steel,Ltd.)
E-7-2 The CNC Ship g-7-9 IIID.PARO (Wwtsila Diesel International Ltd.)
— 10
SESSION E-8 [AUTOMATION TECHNIQUES & SHIP SYSTEMS II] Page .Vol.
E-8-l A Simple Method of Voyage Optimisation for Single Screw Motorships E-8-1 .IIIG.GROSSMANN (Technische Universitat Berlin)
E-8-2 Performance of Hull-Propeller-Diesel Engine Systems in Merchant ShipsOperating in Realistic Sea Conditions E-8-9
,III
A.F.Abdel MONEIM (The Arab Academy of Maritime Transport)
E-8-3 Optimization of Lube-Oil Cleaning Systems Through Application ofSelf-Adaptive Control Strategies E-8-17. Ill
A.B.PALLMAR (Alfa-Laval Separation AB)
SESSION F-l [DIAGNOSIS TECHNIQUES FOR DIESEL ENGINES I ]
F-l-1 Development of Intelligent Engine Predictive Diagnosis System F-l-1,
IT.TAKAISHI. Y.IZUMI. M.KOGA (Mitsubishi Heavy Industries, Ltd.)
F-l-2 Development and Application of a PC Based System for the Study ofDiesel Engine Cycle to Cycle Variability F-l-9
,I
R.G.LATORRE (University of New Orleans)D.CHARNEWS (US Merchant Marine Academy)
F-l-3 Development of the Temperature Monitoring System for Crankpin Bearing ofDiesel Engines F-l-15, I
Y.UMEMOTO (Diesel United Ltd.)
F-l-4 Expert System for Failure Diagnosis of Marine Diesel Engines F-l-21, IK.FUJIYA, H.TANAKA, T.ASADA. T.YAMAMOTO (Hitachi Zosen Corporation)
SESSION F-2 [DIAGNOSIS TECHNIQUES FOR DIESEL ENGINES D. ]
F-2-1 Investigations on the Fatigue Fracture Phenomena of Metallic StrengthMembers of Mechanical Structures in the Compressive Range of the FatigueLimit Diagram F-2-1
,I
S.SUKOH (Tokyo University of Mercantile Marine)
F-2-2 Study on Diagnostically Predicting System to Fuel Injection Nozzle andExhaust Valve with Analyzing Exhaust Gas Contents in Diesel Engines F-2-9
.I
K.TAKASAKI. T.TAKAISHI, S.MITSUI. T.FUKUYOSHI, K.GOTOH(Mitsubishi Heavy Industries,Ltd.)
F-2-3 New Diagnostic System of Marine Diesel Engine by Acoustic Sound(Diagnosis of Gas Leakage of the Four-stroke Engine in a Running Ship) •••• F-2-17. 1
T.KATAGI, T.HASHIMOTO (Kobe University of Mercantile Marine)K.INAMOTO (Nippon Noise Control.Ltd.)K.MATSUSHITA. K.HIRABAYASHI (Yuge Mercantile Marine College)
F-2-4 Some Considerations on A Synthesis System of Acoustic Sounds for MarineDiesel Engine and its Application F-2-23. I