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大型油船艏部线型优化

摘要第5-6页
ABSTRACT第6-7页
Preface第11-12页
Nomenclature第12-13页
Abbreviation and Acronyms第13-14页
Chapter 1 Introduction第14-18页
    1.1 Problem statement第15-16页
    1.2 Brief review to Hull Form Optimization第16-18页
        1.2.1 Previous studies on bulbous bow shape optimization第17-18页
CHAPTER 2 THEORETICAL BACKGROUND第18-23页
    2.1 CAD/CAE Systems for ship design第18页
        2.1.1 Objectives of CAD and CAE applied to hull forms第18页
    2.2 Ship design process第18-19页
    2.3 OBJECTIVES AND SCOPE OF WORK第19-20页
    2.4 Geometric Modeling第20-21页
        2.4.1 Conventional design第20页
        2.4.2 Semi-parametric design第20页
        2.4.3 Fully-parametric design第20-21页
    2.5 A brief review of Fully-parametric modeling in ship design第21-23页
        2.5.1 Introduction第21-22页
        2.5.2 Form parameters第22-23页
CHAPTER 3 Resistance第23-33页
    3.1 Ship resistance analysis第23页
    3.2 Decomposition of resistance第23-25页
    3.3 Added resistance due to waves第25页
    3.4 Important Concerns to note about added resistance in waves第25-26页
    3.5 Calculating added resistance in waves第26-29页
        3.5.1 Momentum and energy method第27-28页
        3.5.2 Integrated pressure method第28-29页
        3.5.3 RADIATED ENERGY METHOD第29页
    3.6 Computational Fluid Dynamics第29-30页
    3.7 CAD-CFD COUPLING第30页
    3.8 Zonal Approach第30-31页
    3.9 Determination of the wave resistance第31-33页
CHAPTER 4 Iptimization第33-37页
    4.1 Optimization第33-34页
    4.2 Single Objective vs.multi-objective optimization第34页
    4.3 Formulation of optimization problem第34-35页
    4.4 Selection of Feasible Designs第35页
    4.5 Design of Experiment第35-36页
    4.6 TSearch Optimization第36-37页
CHAPTER 5 Utilized software第37-41页
    5.1 Utilized software第37-38页
        5.1.1 Main design Principle第37-38页
        5.1.2 Basic Elements第38页
    5.2 Ship flow第38-39页
    5.3 Modules第39-40页
        5.3.1 XFLOW第39页
        5.3.2 XMESH第39页
        5.3.3 XPAN第39页
        5.3.4 XBOUND第39页
        5.3.5 XGRID第39页
        5.3.6 XCHAP第39-40页
    5.4 Shipflow computation第40-41页
CHAPTER 6 Brief review of Tanker ship第41-56页
    6.1 Introduction第41-42页
    6.2 Tanker development第42-45页
    6.3 Tanker shipping in Africa第45页
    6.4 Re-evaluation of the Research Area第45-46页
    6.5 Slow steaming第46页
    6.6 Parametric Ship Design第46页
    6.7 Formulation of the KVLCC2 tanker optimization problem第46-49页
        6.7.1 Offset Orientation第47页
        6.7.2 Offset Creation第47-48页
        6.7.3 General case第48页
        6.7.4 Flow Simulation Zonal Approach第48-49页
        6.7.5 Optimization strategy,objective functions and constraints第49页
    6.8 Resistance prediction第49-51页
    6.9 Test case第51-52页
    6.10 Refit of the bulbous bow for existing Tanker Ship第52-53页
    6.11 Bulbous bow Literature Review第53-56页
Chapter 7 Aft-body and Bulbous bow problem formulation第56-74页
    7.1 Aft-body and Bulbous bow problem formulation第57页
    7.2 Primary stage A-Aft-body variation第57-62页
    7.3 Parametric Model第62-65页
    7.4 Variation and Optimization第65-72页
        7.4.1 Bulbous bow concept第67-68页
        7.4.2 Secondary stage B-Bulb refit of kvlcc2第68-70页
        7.4.3 Results and Analysis第70-72页
    7.5 T-Search Optimization第72页
    7.6 Selection of the best kvlcc2 variant第72-74页
Chapter 8 Results第74-79页
    8.1 Results第74-78页
    8.2 Summary第78-79页
Chapter 9 Conclusion第79-82页
    9.1 Conclusion第79-80页
    9.2 Recommendation第80-82页
References第82-84页
Appendix A第84-85页
Appendix B第85-86页
Appendix C第86-87页
Appendix D第87-88页
Appendix E第88-95页
Acknowledgement第95页

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