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| Paper Index | |
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Introduction |
Papers are available in two forms in the following list, one optimised for on-screen viewing (accessed through [Read] links) and the other for printing ([Print] links). 001 Modelling the Spread of Post-earthquake Fire 005 Geotechnical Seismic Evaluation of Bridge Abutments in Southeast Missouri 007 Seismic Design of Liquid-containing Concrete Structures per ACI Standard 350.3 009 Earthquake Duration Effects on Very Low Cycle Structural Damage Estimates 010 Testing the Extensibility of an Earthquake Vulnerability Microzonation Methodology by Application at Bargara, Queensland 011 The fib State-of-the-art Report on the Seismic Design of Precast Concrete Building Structures 012 Seismic Retrofitting of Unreinforced Masonry Walls by FRP Strips 014 Embankment Dam Deformations Caused by Earthquakes 017 An Application of Liquefaction Hazard Evaluation in Urban Planning 018 H_infinity Direct Output Feedback Control of Structures 019 Innovative Seismic Retrofit of Concrete Water Supply Tanks 020 A New Algorithm for Non-linear Dynamic Structural Analysis 021 A Pseudostatic Approach for Seismic Analysis of Piles in Liquefying Soil 022 Seismic Lateral Response of Piles in Liquefying Soil 024 Analysis and Design of Precast Hybrid Frames 025 Modeling Magnitude Distribution for Local Hazard Evaluation: A New Approach 026 The Relationship between Overstrength and Members Ductility of RC Moment Resisting Frames 027 Impact of Decentralized Semi-active Control on the Stability of Tall Structures under Seismic Loading 028 Probabilistic Seismic Hazard Analysis of Semi-active Control of Tall Structures 029 Full Sized House Cyclic Racking Test 030 Comparison of Pseudo-dynamic Test and Inelastic Time History Computer Analysis 032 Engineering Disaster Insurance Schemes for the 21st Century 034 From Hazard Maps to Code Spectra for New Zealand 035 Assessing the Seismic Performance of Reinforcement Coupler Systems 036 Estimation of Shear Strength of Reinforced Concrete Interior Beam-column Joints by using Database of Experimental Results 038 Stationarity of Seismic Noise and Spac: Results of a New Approach 039 Project "e-defense" Introduction of E-defense 040 Project "e-defense" Technical Development of Mechanical Components 041 Project “e-defense”, Control System Architecture 042 On the Seismic Behavior and Design of Long Span Precast Concrete Diaphragms 043 Risk of Casualties in New Zealand Earthquakes 044 Multi-surface Strength Model for Concrete Beam-column Joints Subjected to Cyclic Loading 045 An Efficient Model for Seismic Analysis of Building Structures with the Effect of Floor Slabs 046 Simplified Procedure to Estimate Ground Settlement from Seismic Compression of Compacted Soils 047 A Proper Member Model for Member Flexural Behaviour at the Fixed-ends 048 Uniform Approach to Probabilistic Region- And Site-dependent Seismic Hazard Estimation 049 Evaluation of Parameters of Future Earthquakes for Purposes of Seismic Zonation and Hazard Assessment 050 Wave-passage Effect on the Seismic Response of Long Bridges 051 A Simple Method for Stochastic Dispersion of Earthquake Waves 052 Computer-aided Strengthening of Steel and Reinforced Concrete Telecommunication Poles 054 Performance of Retrofitted Pile Foundations Subjected to Seismically Induced Lateral Spreading 055 A Simplified Evaluation Method for the Seismic Performance of Underground Common Utility Boxes 056 Factors Bounding Prograde Rayleigh-wave Particle Motion in a Soft-soil Layer 057 Development of the Network for Earthquake Engineering Simulation 059 Effect of Earthquake Shaking on Displacement of Earth Retaining Structures 060 An Experimental Study into the Distribution of Earthquake Forces in Steel Plate Girder Bridges 061 Reconstuctional Survey of 3 Villages - Selari, Kalyanpar, Sangramsar (district Rapar, Gujarat) 065 Waves, Layers, Microtremors, Earthquakes – Lessons from Four Soft Sites 066 Seismic Response of a Cast-in-place Steel Fibre Concrete Joint Connecting Precast Beams and Columns 067 Recent Paleoearthquakes of the Porters Pass Fault and Hazard Posed to Christchurch, New Zealand 071 Instrumental Measures of Earthquake Intensity in New Zealand. 072 Strengthening Existing New Zealand Buildings for Earthquakes: An Analysis of Cost Benefit using Annual Probabilities 073 Seismic Protection in Developing Countries: Where are the Gaps in Our Approach? 075 Seismic Structural Damage Assessment of Reinforced Concrete Framed Structures 076 The Generation of Inelastic Response Spectra for Earthquake Acceleration Records 077 Preliminary Experimental Results and Seismic Performance Implications of Precast Floor Systems with Detailing and Load Path Deficiencies 078 Non-linear Local Site Amplification and its Effect on Structural Response 080 Caracus Earthquake, 1967, Revisited 081 Estimation of Seismic Strength of RC Frames Designed to Gravity Loads in Korea 084 Relative Displacement Across Faults: Measuring Slip Rates when Both Sides are Uplifting 086 The Effect of Mechanism Information on Fatalism about Earthquakes 087 Natural Hazards Risk Associated with Petroleum Storage, Wellington Region, New Zealand 089 Desaturating Sand Deposit by Air Injection for Reducing Liquefaction Potential 090 The Influence of Ground Motion Characteristics on Site Response Coefficients 092 Seismic Assessment for Industrial Facility in Dunedin 093 Optimal Ground Motion Intensity Measures for Assessment of Seismic Slope Displacements 094 A Closer Look at Arias Intensity-based Liquefaction Evaluation Procedures 095 Average Response Spectra from Some Australian Earthquakes 096 Gapping Effects on the Lateral Stiffness of Piles in Cohesive Soil 097 Soil Structure Interaction and the Australia – New Zealand Loading Standard 098 Seismic Safety Retrofit of a Major Bridge – A Canadian Study 099 The Component Attenuation Model for Low and Moderate Seismic Regions 100 Seismic Performance of Internal Beam-column Joints with 500 Grade Reinforcement 101 Seismic Loading and Displacement of a Tank Foundation Incorporating Soil / Structure Interaction 102 Cyclic Strut-and-tie Modelling of Reinforced Concrete Structures 103 Structural Uplift Induced by Near-source Earthquakes 104 Influence of Three-dimensional Soil-structure Interaction on Structural Responses Induced by Near-source Earthquakes 105 Seismic Engineering for Replacement Research Reactor in Australia 106 Analytical Model for Beam to Column Joints in RC Moment Resisting Frames 107 Displacement of Gravity Retaining Walls under Seismic Loading 108 Displacement Focussed Seismic Design Methods - A Comparative Study 109 Seismic Performance of RC Perimeter Frames with Slabs Containing Prestressed Units 110 Seismic Displacement Response Predictions using a Calibrated Substitute Structure Approach 111 Small-strain Stiffness and Damping of Soils in a Direct Simple Shear Device 114 Development of Analytical Procedure for Estimating Effects of Liquefaction-induced Ground Flow on Bridge Foundation 115 Intergrain Friction and Contact Density on Cyclic Resistance of Sands 117 Seismic Stability of Mt. Frederick Sidecast 119 Seismic Design of a Highway in Pumiceous Land 120 Improvements to Seismic Design of Circular Prestresed Concrete Storage Tanks 121 Experiment of a Sliding Isolated Structure Subjected to Near-fault Ground Motions 122 Improving the New Zealand Seismic Hazard Model 123 Investigating the Load Paths of RC Shear Wall with Openings under Reversed Cyclic Loadings 124 Parametric Study of Reinforced Concrete Walls with Irregular Openings 125 Seismic Performances of Reinforced Concrete Frames under Low Intensity Earthquake Effects 126 Hybrid Steel-concrete Connections under Reversed Cyclic Loading 127 Accuracy of Displacement-based Seismic Evaluation of Unreinforced Masonry Wall Stability 128 Probabilistic Earthquake Risk Assessment of Newcastle and Lake Macquarie, Australia: Part 1 – Seismic Hazard 130 Displacement Capacity of Dual Reinforced Concrete Building Systems 131 Modelling Pore Fluid Migration in Layered, Liquefied Soils 134 Mass-eccentric Building Structures: Effects of Asymmetric Distribution of Axial Forces in Vertical Resisting Elements 135 A General Model for Analysing Response of Slender Masonry Structures under Multi-component Earthquake Excitations 136 Theoretical Design and Field Deployment of a Dense Strong Motion Instrument Network for the Alpine Fault, South Island, New Zealand. 137 Assessing and Increasing the Level of Earthquake Preparedness in New Zealand Homes 138 The Development of the Joint New Zealand and Australian Earthquake Loading Standard 139 Post Earthquake Recovery of New Zealand Houses 140 A Framework for Performance-based Earthquake Engineering 141 Building Specific Loss Estimation for Performance Based Design 142 Barriers to Adoption and Implementation of PBEE Innovations 143 Probabilistic Earthquake Risk Assessment of Newcastle and Lake Macquarie, Australia: Part 2 - Earthquake Vulnerability and Risk 144 Developing an Urban Search and Rescue Capability for New Zealand: Two Years of Achievement 145 Involving Engineers in Urban Search and Rescue 146 Lifelines and Earthquakes: A Review of New Zealand's Key Vulnerabilities 147 International Visions and Goals for the Earthquake Engineering Research Institute 148 Seismic Design Implications of Revisions to the National Building Code of Canada 149 Achievements and Future Challenges for Earthquake Engineering in Australia 150 Challenges for the Application of Earthquake Engineering in the Pacific Islands 151 Improving Linkages between Earthquake Engineering Research and Practice 154 Collapse Performance Prediction of RC Frame Structures 155 An Interim Classification of New Zealand’s Active Faults for the Mitigation of Surface Rupture Hazard 156 Illustrations of Historic and Pre-historic Surface Rupture of Active Faults in New Zealand 157 Deterministic Seismic Hazard Analysis in Northwest Oregon, U.S.A. 158 Building Adjacent to Active Faults: a Risk-based Approach 159 The Effect of Eccentric Overturning Restraint in Complete Shear Wall Assemblies 160 Stiffness-strain Relationship of Singapore Residual Soils 161 In-situ Measurement of Shear Wave Velocities at Two Soft Soil Sites in Singapore 162 Developments in Emergency Planning 163 Lateral Dynamic Soil Stiffness for Partially Embedded Foundations in Heterogeous Soils 164 Structural Design of a Seismic Isolated Building with a Guyed Tower 165 Grade 500 Reinforcement: Design Issues with L, N and E Grade Reinforcing Steel and the Overstrength of Pacific Steel Micro Alloy Reinforcement 166 Responding to Earthquake Hazard Effects: Promoting Household Resilience and Preparedness 167 A Constitutive Model for Concrete Cylinder Confined by Steel Reinforcement and Carbon Fiber Sheet 168 Fragility Curves for Seismically Retrofitted Concrete Bridges 169 Artificial Neural Network (ANN) Modeling for Earthqauke Damage Detection in Water Distribution System 170 Background to the Testing of a Precast Concrete Hollowcore Floor Slab Building 172 An Assessment of the Liquefaction Susceptibility of Adapazari Silt
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