安全科學與技術進展

前言

2010 International Symposium on Safety Science and Technology （2010 ISSST） is to be heldin Hangzhou, Zhejiang Province, China, October 26-29, 2010. It is the seventh of this series, andthe previous six international symposia were held in Beijing （1998 and 2000）, Tai'an（2002）,Shanghai（2004）, Changsha（2006）, and Beijing（2008） respectively.2010 ISSST is sponsored by China Occupational Safety and Health Association, and BeijingInstitute of Technology, organized by the State Key Laboratory of Explosion Science andTechnology （Beijing Institute of Technology） and China Jiliang University, and co-organized byHenan Polytechnic University. The principal ambition of the 2010 ISSST is to promote theexchange of novel ideas through the close interaction of research groups from all Safety Sciencesand Technologies.The proceedings contains 415 papers contributed by 1057 authors and co-authors from twentycountries and regions which are: Australia, Belgium, Canada, China, France, Germany, Hungary,Italy, Japan, Korea, Malaysia, the Netherlands, Norway, Poland, Saudi Arabia, South Africa, Spain,Taiwan of China, UK and USA. The content of the proceedings have also been recorded inelectronic form and provided on CDROM in color. I believe that the proceedings will benefit notonly the participants of the meeting but also all of colleagues engaged in the research anddevelopment of safety science and technology.I wish to thank Prof. FAN Weicheng of China and Prof. Ben ALE of the Netherlands for theiroutstanding and dedicated contributions as the symposium co-chairmen. Thanks are also given tothe members of Intemational Advisory Committee of the Symposium for their tremendouscontributions, and to all the authors for their valuable papers.

內容概要

This monograph is the Proceedings of the 2010 International Symposium on Safety Science and Technology(20t0 ISSST). Collected in this volume are 415 papers from twenty countries and regions. These papers cover thefollowing aspects: Theories and Methods of Safety Science; Safety Assessment and Risk Analysis; SafetyMonitoring and Supervision; Emergency Management and Evacuation; Public Security; Occupational Health andHuman Behavior; Numerical Simulation of Fire; Fire Experiment and Property Research; Smoke Control; FireControl and Extinguishing; Fire Extinguishing Agent and Fire Equipment; Explosion Performance and Safety ofHazardous Materials; Blast Safety; Gas Explosion and Safety; Leakage of Combustible and Toxic Materials;Safety of Chemical Reaction Tank and Pressure Vessel; Performance and Process of Burning; Work Safety in CoalMine; Spontaneous Combustion in Coal Mine; Gas and Dust Control in Coal Mine; Coal, Gas and Rock Burst;Ventilation; Bridge Safety Engineering; Dam Safety; Fatigue, Lifetime and Reliability; Traffic and TransportationSafety; Construction and Building Safety; Slope Stability; Safety of Ttumel and Metro Construction; SafetyManagement; and Miscellaneous. Many novel research results on safety science and technology achieved duringthe last few years are mentioned in the proceedings.

書籍目錄

《PROGRESS IN SAFETY SCIENCE AND TECHNOLOGY（PART A）》　SECTION ONE THEORIES AND METHODS OF SAFETY SCIENCE　SECTION TWO SAFETY ASSESSMENT AND RISK ANALYSIS　SECTION THREE SAFETY MONITORING AND SUPERVISION　SECTION FOUR EMERGENCY MANAGEMENT AND EVACUATION　SECTION FIVE PUBLIC SECURITY　SECTION XIX OCCUPATIONAL HEALTH AND HUMAN BEHAVIOR　SECTION SEVEN NUMERICAL SIMULATION OF FIRE　SECTION EIGHT FIRE EXPERIMENT AND PROPERTYREARCH　SECTION NINE SMOKE CONTROL　SECTION TEN FIRE CONTROL AND EXTINGUISHING　SECTION ELEVEN FIRE EXTINGUISHING AGENT AND FIRE EQUIPMENT　SECTION THIRTEEN BLAST SAFETY　SECTION FOURTEEN GAS EXPLOSION AND SAFETY　SECTION FIFTEEN LEAKAGE OF COMBUSTIBLE AND TOXIC MATERIALS　SECTION SIXTEEN SAFETY OF CHEMICAL REACTION TANK AND PRESSURE VESSEL《PROGRESS IN SAFETY SCIENCE AND TECHNOLOGY（PART B）》

章節(jié)摘錄

插圖：1.IntroductionAn emergency event is an incident or occurrence that requires an immediate response to bring the situation under control andrestore normality, which can threaten the health or safety of people in the surrounding area and the society. Nowadays emergencyevents have made more hazards than before due to the development of society. Emergency events include various types of events,such as natural disasters, accidents, public health events, crimes, terrorism attacks, etc.After an emergency event happens, not only will it do harm to humans or society but also may induce one or more than oneother new events. Subsequently the new events may also cause other new events, and so on. Therefore a series of sequential eventsoccur, which is like a chain. The propagation of an original event inducing one or more than one other events is indicated as an"event chain". For instance, when en earthquake occurs, the earthquake is the original event which may induce the destruction of thedam. Then the destruction of the dam will induce the flooding event. Thus an event chain, of which earthquake is the original event,is generated. Obviously, an event chain will pose greater hazards than a single event.Many researchers have studied the related research areas, such as disaster chains[1-3], domino effects[4-6], NaTech[7], etc.However, the present study focused on the particular events like natural disasters, industrial accidents, etc, and few researchersconcentrated on the commonness of all this types of events. The commonness of emergency events may help people understandemergency events more sufficiently. Therefore, in this paper, we discuss the general characters of all the types of emergency eventsand describe the forms and characteristics of event chains based on the disaster theory[8-9].

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《安全科學與技術進展(第8卷,英文版)(套裝共2冊)》由科學出版社出版。

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