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中学教学楼框架结构隔震性能研究

摘要第4-6页
Abstract第6-7页
1. INTRODUCTION第14-28页
    1.1 Preface第14-15页
    1.2 Seismic Isolation History第15-19页
    1.3 Development of Seismic Technology for structures第19页
    1.4 Overview on the design Seismic of structures第19-20页
    1.5 Research Progress on the theory of performance-based seismic design第20-23页
    1.6 The work of Local and Foreign Progress第23-25页
    1.7 Existing Problem第25-26页
    1.8 The objective and significance of the thesis topic第26-27页
    1.9 The contents of the thesis topic第27页
    1.10 Summary第27-28页
2. ISOLATION SEISMIC PRINCIPLE第28-52页
    2.1 principle of seismic isolation第28页
    2.2 Basic concept第28-30页
        2.2.1 Base shear第29页
        2.2.2 Lateral acceleration第29-30页
    2.3 Nonlinear dynamic analysis of base isolated buildings第30-31页
    2.4 Design parameters for seismic isolation bearing第31-37页
        2.4.1 Minimum design displacements第32-33页
        2.4.2 Effective isolated system periods第33-34页
        2.4.3 Testing requirements for isolators第34页
        2.4.4 Test set-up for shear test of laminated rubber bearing第34页
        2.4.5 Base isolation on soft soil第34-35页
        2.4.6 Base isolation for near-fault motions第35-36页
        2.4.7 Base isolated buildings with SSI第36-37页
    2.5 Fundamental concepts of base isolation第37-41页
        2.5.1 Base Isolation action第39页
        2.5.2 Goal of base isolation第39-41页
    2.6 RECOGNITION OF ISOLATION TYPES第41-48页
        2.6.1 Types of isolator第42页
        2.6.2 Bearing type第42-43页
        2.6.3 Basic functions of LRB第43-45页
        2.6.4 Basic functions of HDRB第45-46页
        2.6.5 Sliding bearings第46-47页
        2.6.6 Sliding support with rubber-pad (SSR)第47页
        2.6.7 Basic functions of SSR第47-48页
        2.6.8 Friction pendulum system (FPS)第48页
    2.7 Damping type第48-51页
        2.7.1 Elementary damping第49页
        2.7.2 Supplementary damping第49页
        2.7.3 Other types第49-51页
    2.8 Summary第51-52页
3. STRUCTURE MODELING AND SELECTION GROUND MOTIONS第52-63页
    3.1 The Mode of Structure第52页
    3.2 The Mode Design第52-57页
        3.2.1 Primary design load第52-53页
        3.2.2 Main structural materials第53-57页
        3.2.3 Building Frequencies and Periods第57页
    3.3 Selection of Grand motion第57-60页
    3.4 Isolation Device第60-62页
        3.4.1 Types of Isolation Devices第60-61页
        3.4.2 Selection and Arrangement of Isolation Device第61-62页
    3.5 Summary第62-63页
4. NON-ISOLATED AND ISOLATED BUILDING第63-76页
    4.1 Acceleration and velocity第63-65页
    4.2 Displacements and shear forces第65-67页
    4.3 Isolated Model Structure第67-70页
    4.4 Isolated Acceleration and Velocity第70-76页
5. COMPARISONOF ISOLATED AND NON-ISOLATED STRUCTUR第76-83页
    5.1 Comparison of isolated and non-isolated Acceleration第76-78页
    5.2 Comparison of Isolated and Non isolated Displacement第78-81页
    5.3 Comparison of Isolated and Non isolated Shear Forces第81-82页
    5.4 Summary第82-83页
6. Conclusion第83-84页
结论第84-85页
展望第85-86页
致谢第86-87页
参考文献第87-89页
攻读学位期间的研究成果第89页

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