Mustafa Özder Erdik – författare

Urban seismic risk is growing worldwide and is increasingly a problem of developing countries. This book focuses on recent urban earthquake safety developments around the world. In particular it provides approaches and procedures for the creation of earthquake damage scenarios (EDS). The articles aim to stimulate anyone - scientist, engineer, government official, business leader, international aid provider - considering an EDS project for a city, and list some of the questions that should be asked, suggest methods of answering them. They also describe some advantages and disadvantages of different approaches. Two articles are on how the above strategies fared in a pilot EDS project nearing completion in Quito, Ecuador. Finally, authors from other earthquake-threatened cities in developed and developing countries attempt to summarize the earthquake safety of their cities. In the context of their particular social, economic, political, and technical settings, they discuss needs and approaches to reducing earthquake risk.

Most of the existing strong motion instrumentation on civil engineering structures is installed and operated as federal, state, university, industry or private applications, in many cases operated as a closed system. This affects co-operation and data exchange, hampering the acquisition of strong motion and structural data, sometimes even within a single country. There is a need to inform engineers of existing strong motion data and to improve the accessibility of data worldwide. This book should play a role in fulfilling such a need by disseminating state-of-the art information, technology and developments in the strong motion instrumentation of civil engineering structures. The subject has direct implications for the earthquake response of structures, improvements in design for earthquake resistance, and hazard mitigation.

Most of the existing strong motion instrumentation on civil engineering structures is installed and operated as federal, state, university, industry or private applications, in many cases operated as a closed system. This affects co-operation and data exchange, hampering the acquisition of strong motion and structural data, sometimes even within a single country. There is a need to inform engineers of existing strong motion data and to improve the accessibility of data worldwide. This book should play a role in fulfilling such a need by disseminating state-of-the art information, technology and developments in the strong motion instrumentation of civil engineering structures. The subject has direct implications for the earthquake response of structures, improvements in design for earthquake resistance, and hazard mitigation.

This book contains selected papers presented at the NATO Advanced Study Institute on "Strong Ground Motion Seismology", held in Ankara, Turkey between June 10 and 21, 1985. The strong ground motion resulting from a major earthquake determines the level of the seismic hazard to enable earthquake engineers to assess the structural performance and the consecutive risks to the property and life, as well as providing detailed information to seismologists about its source mechanism. From the earthquake engineering point the main problem is the specification of a design level ground motion for a given source-site-structure-economic life and risk combination through deterministic and probabilistic approaches. In seismology the strong motion data provide the high frequency information to determine the rupture process and the complexity of the source mechanism. The effects of the propagation path on the strong ground motion is a research area receiving sub­ stantial attenuation both from earthquake engineers and seismologists. The Institute provided a venue for the treatment of the subject matter by a series of lectures on earthquake source models and near­ field theories; effects of propagation paths and site conditions, numerical and empirical methods for prediction; data acquisition and analysis; hazard assessment and engineering application.

Urban seismic risk is growing worldwide and is increasingly a problem of developing countries. This book focuses on recent urban earthquake safety developments around the world; in particular, it provides approaches and procedures for the creation of earthquake damage scenarios (EDS). The articles will stimulate anyone -- scientist, engineer, government official, business leader, international aid provider -- considering an EDS project for a city, and they list some of the questions that should be asked, suggest methods of answering them, and describe some advantages and disadvantages of different approaches. Two articles discuss how the above strategies fared in a pilot EDS project nearing completion in Quito, Ecuador. Finally, authors from fourteen other earthquake-threatened cities in developed and developing countries attempt to summarize the earthquake safety of their cities. In the context of their particular social, economic, political, and technical settings, they discuss needs and approaches to reducing earthquake risk.

This book contains selected papers presented at the NATO Advanced Study Institute on "Strong Ground Motion Seismology", held in Ankara, Turkey between June 10 and 21, 1985. The strong ground motion resulting from a major earthquake determines the level of the seismic hazard to enable earthquake engineers to assess the structural performance and the consecutive risks to the property and life, as well as providing detailed information to seismologists about its source mechanism. From the earthquake engineering point the main problem is the specification of a design level ground motion for a given source-site-structure-economic life and risk combination through deterministic and probabilistic approaches. In seismology the strong motion data provide the high frequency information to determine the rupture process and the complexity of the source mechanism. The effects of the propagation path on the strong ground motion is a research area receiving sub­ stantial attenuation both from earthquake engineers and seismologists. The Institute provided a venue for the treatment of the subject matter by a series of lectures on earthquake source models and near­ field theories; effects of propagation paths and site conditions, numerical and empirical methods for prediction; data acquisition and analysis; hazard assessment and engineering application.