Tab Article

Volume – I

Opening Lectures
Chapter 1 : Performance-Based Approaches for Seismic Assessment of Existing Structures
Chapter 2 : French Advanced Research on Structural Walls: An Overview on Recent Seismic Programs
Invited Lectures
Chapter 3 : Development and Application of Strong Ground-Motions in Europe
Chapter 4 : Seismic Testing of Structures
Chapter 5 : Soil and Site Characterization for Seismic Response Analysis
Chapter 6 : Stabilized Mixed Finite Elements for Soil Dynamics Problems
Chapter 7 : The Numerical Simulation of Buildings Subjected to Seismic Loading : Application of an Integrated Modelling Strategy
Chapter 8 : Seismic Resistance Experience in Application to Equipment of Critical Facilities
Chapter 9 : Seismic Assessment and Retrofit of RC Structures
Chapter 10 : Multiple Earthquake Event Loss Estimation Methodology
Chapter 11 : Assessment of Seismic Structural Vulnerability as a Low-Cycle-Fatigue Process
Chapter 12 : Models for Vulnerability Analysis of monuments and Strengthening Criteria
Chapter 13 : Spatial Variability of Seismic Ground Motions: Stochastic Techniques and Physical Patterns
Chapter 14 : Effect of Seismic Interaction in Interconnected Equipment
Chapter 15 : Trends in Seismic Design and performance Evaluation Approaches
Chapter 16 : Seismic Codes and New Trends
Chapter 17 : The Seismic Design: State of Practice
Chapter 18 : Seismic Hazard of The Mediterranean Area
Chapter 19 : Value of Earthquake Field Missions

Closing Lectures
Chapter 20 : Capacity Design Principles for Shallow Foundations in Seismic Areas
Chapter 21 : Displacement-Based Approaches to Rational Limit States Design of new Structures
Additional Papers*
Chapter 22 : Seismic Microzonation of Some Municipalities of The Rubicone Area (Emilia-Romagna Region)
Chapter 23 : GIS Application for Vulnerability and Seismic Risk Assessment for Some Northern Caucasian Cities

Author Index


Volume – II

Foreword

Opening Lectures
Chapter 1 : Performance-Based Approaches for Seismic Assessment of Existing Structures
Chapter 2 : French Advanced Research on Structural Walls-An Overview on Recent Seismic Programs

TS-1 : Eurocode 8 and National Applications
Chapter 3 : Critical Comments on Eurocode 8-Parts 1-1 and 1-2
Chapter 4 : Bi-Directional Cyclic Response Study of 3-D Composite Frame
Chapter 5 : Harmonization of NAD with EUROCODES in The Procedures for Analysis and Design of r/c Structures
Chapter 6 : Infilled Frames : Certainties and Uncertainties
Chapter 7 : A Study on Composite Beam-Column Sub-Assemblages
Chapter 8 : Assessment of Behaviour Factors in EC8 Including Shear Supply-Demand Considerations
Chapter 9 : Current Status and Future Developments for Repair and Strengthening of RC Structures in European Seismic Design Practice
Chapter 10 : Recent Developments in The Definition of The Design Seismic Action in Europe
Chapter 11 : Experience in The Application of Eurocode 8 to Seismic Analysis and Design of Buildings and Bridges
Chapter 12 : Design of R/C Infilled Structures
Chapter 13 : Using EC8 in The Design of Bridges in Slovenia
Chapter 14 : Seismic Bridge Design According to Eurocode 8 and SIA 160
Chapter 15 : Innovative Seismic Design Concepts for New and Existing Structures (ICONS)-Shear Wall Structures (Topic 5)
Chapter 16 : Computer Support for Application of Eurocode 8/2 into Design Practice
Chapter 17 : Shear Walls : Seismic Design and EC.8
Chapter 18 : EC8 Related to Slovak Seismic Standard and NADs
Chapter 19 : Comparative Analysis of EC8 And Existing Aseismic Design Codes in The Republic of Macedonia
Chapter 20 : Influence of Ductility Class on The Seismic Reliability and Cost of EC8-Designed Structures
Chapter 21 : Pounding of Multistory RC Structures Designed to Ec8 and EC2
Chapter 22 : Evaluation of R/C Structural Walls Designed According to EC8
Chapter 23 : Application of The ‘Capacity Design’ Approach in Design of Earthquake Resistant Buildings in Accordance with Eurocode 8
Chapter 24 : A Damage-Based Nonlinear Seismic Analysis Concept for R/C Structures Meeting The Requirements of Eurocode 8
Chapter 24 : Introduction to The European Research Projects in Support of Eurocode 8
Chapter 25 : Slab Design in Connection Zone of Composite Frames
Chapter 26 : Non-Linear Dynamic Analysis of Confines Masonry Buildings Designed According to Yugoslav Regulations and Eurocodes

Chapter 27 : Behaviour Factor (q-factor) for Non-Standard Dual Steel Frame Structures
Chapter 28 : Comparison of Eurocode 8 to Other Codes
Chapter 29 : Problems Raised by The Adaptation of EC-8 to The Conditions of Romania
Chapter 30 : Critical Loading Conditions of Anchored Liquid Storage Tanks Under Earthquake Excitation
Chapter 31 : Comparison of The Seismic Design According to HRN and EC8
Chapter 32 : Seismic Effects on Buildings in Slovakia According to New Codes
Chapter 33 : Seismic Response of Several Types of High-Rise-Buildings Using Different Structural Models and Analysis Methods
Chapter 34 : Masonry Buildings in Seismic codes : Implementation of EC 8 in Slovenia
Chapter 35 : Comparative Seismic Analysis of R/C Frame, Designed According to EC8 and to Bulgarian
Seismic Code

TS-2 Seismic Risk in The Mediterranean Basin
Chapter 36 : Invited Lecture : Seismic Microzonation of Some Municipalities of The Rubicone Area Emilia-Romagna Region
Chapter 37 : Seismic Performance of Selected Reinforced Concrete Buildings in The Gafsa Region, South West Tunisia
Chapter 38 : European Versus Worldwide Disasters
Chapter 39 : Site-Dependent Inelastic Spectra and Ductility-Based Behaviour Factors for Greece
Chapter 40 : Seismic Hazard and Vulnerability Mapping of Murcia City, Spain : Provisional Report
Chapter 41 : Probabilistic Seismic Hazard Spectra for The Adriatic Region
Chapter 42 : Micro Zoning The City of Tunis by Recording Background Noise

TS-3 Post-Earthquake Investigations and Feedback Experience
Chapter 43 : Invited Lecture : Value of Earthquake Field Missions
Chapter 44 : Photogrammetry and GIS for The Acquisition, Documentation and Analysis of Earthquakes
Chapter 45 : A Survey of Damage Caused by 1990 Earthquake in Augusta
Chapter 46 : Earthquake Emergency Response : Use of GIS Post-Event Damage Tools
Chapter 47 : An Overview of Post-Earthquake Building Inspection Practices in Greece and The Introduction of A Rapid Building Usability Evaluation Procedure After The 1996 Konitsa Earthquake
Chapter 48 : Global Emergency Risk Management System (GERMS)-The Integration of Emerging Technologies with Disaster Management
Chapter 49 : Engineering Implications of Strong-Motion Records Records from Recent Earthquakes
Chapter 50 : Earthquake Engineering Slides on The Internet and CD-ROM
Chapter 51 : Evaluation of 1997 Bojnoord, Ardebil and Ardekul Earthquakes in Iran from Rescue Operation to Reconstruction Program : A Critical Review
Chapter 52 : Innovative Worldwide Postearthquake Investigations in The 21st Century
Chapter 53 : Post-Earthquake Reconnaissance and Disaster Information Management Methodologies
Chapter 54 : Engineering Management of Civil Infrastructures in Japan Following The 1995 Hyogoken-Nanbu (Kobe) Earthquake
Chapter 55 : Performance of Three Quay Walls in Maya Wharf : Kobe 1995
Chapter 56 : Performance of Buildings Near Strong-Motion Recording Sites in The 1994 Northridge Earthquake
Chapter 57 : A New Methodology for The Post-Earthquake Investigation of Ancient Churches
Chapter 58 : Emergency Response and Investigation Procedures from Three Different Investigations After The Hyogoken-Nanbu Earthquake, 1995
Chapter 59 : Lessons Learnt from The EEFIT Missions to The Northridge and Kobe Earthquakes
Chapter 60 : Land Use Implications of Decisions Within First Weeks After Kobe Earthquake
Chapter 61 : The Cariaco, Venezuela, Earthquake of July 9, 1997 : Engineering Analysis of Structural Damage

1 : Engineering Seismology : Seismicity, Strong Ground Motion
2 : Soils, Rocks, Construction , Material : Experimental Aspects
3 : Constitutive Relations, Linear and Non-Linear Modeling – Computational Aspects for Materials, Structures and Soil-Structure Interaction
4 : Civil Engineering Projects
5 : Active and Passive Isolation
6 : Industrial Facilities, Lifelines, Equipment
7 : Vulnerability, Seismic Risk, Strengthening
8 : Site Effects, Spatial Variability of Seismic Motion
9 : Reliability Analysis, Probabilistic Aspects
10 : State of The Art : Seismic Capacity Design, Design Criteria, Codes and Standards
Indexes
Index of Authors
Index of Keywords