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Structural Design Considerations of High Speed Vessels

CHAPTER 1 INTRODUCTION第9-15页
    1.1 General Considerations of Ship Structural Design第9-10页
    1.2 Design Concept of High Speed Vessels第10-12页
    1.3 Emerge Trend of HSC Code第12-15页
CHAPTER 2 ENVIRONMENTAL AND LIMIT OPERATING CONDITIONS第15-23页
    2.1 General Aspects第15页
    2.2 Service Area Restriction第15-17页
    2.3 Limit Operating Conditions第17-21页
    2.4 Iteration Between Structural Design and Environmental Conditions第21-23页
CHAPTER 3 HIGH SPEED VESSEL STRUCTURAL DESIGN LOADS第23-47页
    3.1 General第23-25页
    3.2 Design Acceleration第25-26页
    3.3 Design Vertical Acceleration第26-29页
    3.4 Global Loads第29-35页
    3.5 Local Loads第35-47页
CHAPTER 4 STRUCTURAL DESIGN ASSESSMENT第47-87页
    4.1 Classification Societies Rules HSC Structural Design第47-51页
    4.2 Hull Girder Strength第51-55页
    4.3 Local Structural Strength第55-75页
        4.3.1 Scantling Determination第55-56页
        4.3.2 Plating第56-64页
        4.3.3 Stiffeners第64-70页
        4.3.4 Primary Supporting Members第70-75页
    4.4 Structural Strength Criteria第75-83页
        4.4.1 Strength Criteria Consideration第75页
        4.4.2 Yield Strength Criteria第75-77页
        4.4.3 Buckling Strength Criteria第77-83页
            4.4.3.1 Stiffened Panels Buckling第77-79页
            4.4.3.2 Stiffener Flexural Buckling with Plating第79-80页
            4.4.3.3 Stiffener Torsional Buckling第80-81页
            4.4.3.4 Plate Panel Buckling第81-82页
            4.4.3.5 Critical Buckling Stress第82-83页
    4.5 Construction Materials第83-87页
CHAPTER 5 DIRECT CALCULATION IN SCANTLING DETERMINATION第87-95页
    5.1 General Requirements第87-90页
    5.2 Loading Prediction第90-92页
    5.3 Strength Calculation with FEM Analyses第92-93页
        5.3.1 Global Strength Analysis第92页
        5.3.2 Local Strength Analysis第92-93页
    5.4 Strength Criteria Analysis第93-95页
CHAPTER 6 FATIGUE STRENGTH ASSESSMENT第95-107页
    6.1 General Aspects第95-97页
    6.2 Fatigue Analysis in HSC第97-98页
    6.3 Fracture Mechanics Approach第98-100页
    6.4 SN-Miner-Palmgren Approach第100-103页
    6.5 Fatigue Design Stress第103-104页
    6.6 Control of Fatigue in Ship Design第104-107页
CHAPTER 7 FABRICATION CONCEPT IN STRUCTURAL DESIGN第107-117页
    7.1 General Aspects第107-108页
    7.2 Fabrication Imperfection Effects in Structural Strength第108-112页
    7.3 Control of Imperfections in Fabrication第112-114页
    7.4 Fabrication Techniques第114-117页
CHAPTER 8 QUALITY ASSURANCE IN SHIP STRUCTURE第117-127页
    8.1 General Aspects第117-120页
    8.2 Failure Analysis in HSC第120-123页
    8.3 Human Factors in Quality Assurance第123-124页
    8.4 Some Systems for Quality Assurance第124-127页
        8.4.1 Safety and Quality Information System第124-125页
        8.4.2 Reliability Centered Maintenance第125-127页
CHAPTER 9 DISCUSSION AND CONCLUSION第127-131页
ACKNOWLEDGEMENTS第131-133页
REFERENCES第133-137页

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