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旋转成型汽车结构

Abstract第6页
摘要第7-16页
Abbreviation第16-18页
Symbol Nomenclature第18-20页
Chapter 1: Introduction第20-37页
    1.1. The Current State of Automobile Transport第20-21页
    1.2. The Evolution of Automotive Lightweight第21-22页
    1.3. Challenges for Polymer Matrix Composites in Automobile Light-weighting第22-23页
    1.4. The RM Process第23-37页
        1.4.1. RM of Liquid Plastic Systems (LPSs)第25-28页
        1.4.2. Structural Efficiency of RM components第28-35页
        1.4.3. Innovations第35-36页
        1.4.4. Research points第36-37页
Chapter 2: Surface Quality, Structure and Thermal Characteristics ofCoMS Molded UPR第37-59页
    2.1. Experimental第37-40页
        2.1.1. Materials第37页
        2.1.2. RM Setup and Procedure第37-39页
        2.1.3. Surface quality and thickness distribution第39-40页
        2.1.4. Fourier Transform Infrared Spectroscopy第40页
        2.1.5. Thermogravimetric Analysis第40页
    2.2. Results and Discussion第40-57页
        2.2.1. Effect of processing parameters on surface quality of UPR第40-55页
        2.2.2. Structure and thermal properties of UPR第55-57页
    2.3. Conclusions第57-59页
Chapter 3: Surface Quality, Structure and Thermal Characteristics ofCoMS Molded PA-6第59-75页
    3.1. Experimental第59-60页
        3.1.1. Materials第59页
        3.1.2. Molding set up and procedure第59页
        3.1.3. Analysis第59-60页
    3.2. Results and Discussion第60-73页
        3.2.1. Initial reaction rates for CL precursor第60-62页
        3.2.2. Effect of processing parameters on surface quality of reactive PA-6 moldings第62-69页
        3.2.3. Morphology, structure and thermal properties of reactive PA-6第69-73页
    3.3. Conclusions第73-75页
Chapter 4: Design of Rotationally Moldable Automobile Tub第75-94页
    4.1. Determination of loads and dimensions for the automobile tub第75-89页
        4.1.1. Bending case第75-80页
        4.1.2. Torsion case第80-83页
        4.1.3. Combined bending and torsion第83-86页
        4.1.4. Preliminary sizing第86-89页
    4.2. Results and discussion第89-93页
    4.3. Conclusions第93-94页
Chapter 5: Mechanical properties of UPR/PA-6 composites and FEA ofcomposite tub第94-106页
    5.1. Experimental第94-95页
        5.1.1. Materials第94页
        5.1.2. Molding set up and procedure第94-95页
        5.1.3. Surface quality and mechanical properties第95页
        5.1.4. Finite element analysis第95页
    5.2. Results and Discussion第95-104页
        5.2.1. Composite surface and mechanical properties第95-98页
        5.2.2. FEA of composite Automobile tub第98-104页
    5.3. Conclusions第104-106页
Chapter 6: Conclusion, future directions, and recommendations第106-108页
Acknowledgements第108-109页
References第109-115页
Publications第115-116页
Professional summary of author第116-117页
Professional summary of supervisor第117-119页
Appendices第119-126页
    Appendix 1. Graphical map for equations 4.1-4第119-121页
    Appendix 2. Solution for equations 4.35-4.43第121-122页
    Appendix 3. Solid model applied for FEA第122-123页
    Appendix 4. Ply material properties and stack-ups第123-125页
        A4.1. Material properties for UD CF第123页
        A4.2. Ply lay-up for: a) main body components and b) transmission tunnel第123页
        A4.3. Laminate Stiffness Matrix for main body plies第123-124页
        A4.4. Laminate Stiffness Matrix for tunnel plies第124-125页
    Appendix 5. Static structural loads and constraints第125-126页
附件第126-127页

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