Earthquake Engineering and Structural Control: Theory and Applications
暫譯: 地震工程與結構控制：理論與應用

《地震工程與結構控制：理論與應用》探討了結構動力學的基本原理及其在地震工程和結構控制方法中的應用。

Srinivasan Chandrasekaran is currently a Professor with Higher Academic Garde in the Department of Ocean Engineering, Indian Institute of Technology Madras and a Visiting Professor, Dept of Structural Engineering, University of Naples Federico II, Italy. He holds the prestigious Fellowship conferred by Ministry of Italian University Research (MiUR Fellow). He commands a rich experience in teaching, research, and industrial consultancy of about 29 years. He has supervised many sponsored research projects and offshore consultancy assignments, both in India and abroad. His active research areas include dynamic analysis and design of offshore structures, Structural health monitoring of ocean structures, Risk and Reliability, Fire resistant design of structures, use of Functionally Graded Materials (FGM) in marine risers, and Health, Safety & Environmental (HSE) management in process industries. He was a visiting fellow under the Ministry of Italian University Research (MiUR) invitation to the University of Naples Federico II for two years. During his stay in Italy, he researched the advanced nonlinear analysis of buildings under earthquake loads and other impact loads with experimental validation on full-scaled models. He has authored about 170 research papers in peer-reviewed international journals and refereed conferences organized by professional societies worldwide. He has authored twenty-two textbooks, which various publishers of international repute publish. He is an active member of several professional bodies and societies, both in India and abroad. He has also conducted about thirty distance-education programs on various engineering subjects for the National Program on Technology-Enhanced Learning (NPTEL), Govt. of India. He is a vibrant speaker and delivered many keynote addresses at international conferences, workshops, and seminars organized in India and abroad. He holds life membership of many National and International professional societies. Giorgio Serino is a full Professor of Structural Engineering and Design (Univ. Naples Federico II: since 11/01), involved in teaching and Research activities. He is also an Elected Member of CUN (Italian National University Council, the consulting organization of the Italian Ministry of Education and Research) for the Civil Engineering and Architecture sector (1998 to 2007). Since 2007, he has been nominated as International Relations delegate of the School of Engineering of the University of Naples Federico II to the LLP-Erasmus Program. He is a registered professional engineer in Italy (9703, Albo Ingegneri Napoli) and Engineer in Training in California (XE075052, Board of Registration for Professional Engineers and Land Surveyors). Serino has been conferred with many National and International prizes and awards. A few of them are, namely i) Finalist, Philips Morris Prize for Scientific and Technological Research, Italy, 1997; ii) 1-year post-doc scholarship, University of Naples Federico II, Naples, Italy, 1991; iii) 1-year scholarship, Institute for Applied Mathematics, CNR, Naples, Italy, 1990; iv) Winner of a 1-year grant, Research Ideas Competition, ISMES, Bergamo, Italy, 1990; v) Fulbright complete travel and study fellowship, Italy/USA, 1987-88; and vi) IBM Summer Stage Prize, Novedrate, Italy, 1984. He maintained a balance between academic and practical experience in the domain of structural dynamics and earthquake engineering, and structural testing and innovative control systems. In the past 15 years, he has obtained experience in passive and semi active structural control systems as the principal investigator of projects sponsored by Italian and European agencies and the private sector. He is an active member in the technical committees of GLIS (Italian Working Group for Seismic Isolation) and ANIDIS (Italian Association of Earthquake Engineering). He is the Research Coordinator of MiSE-ICE-CRUI international project on structural anti-seismic bearings made of recycled rubber (2010-11), project RELUIS Line 7 financed by DPC (Italian Department of Civil Protection) on earthquake protection of buildings and bridges with passive/semi-active devices (2005-08), project AFERIA financed by MIUR (Italian Ministry of University and Research) on anti-vibration railways tracks made of recycled rubber (2003-07), Team Leader in the experimental research project SPACE financed by EU on semi-active control with magnetorheological devices within the 5th Framework Program (2000 to 2003), Principal Investigator in 3 national research contracts financed by MIUR (Italian Ministry of University and Research) on wind and earthquake control of structures (1999 to 2003), Team Leader in an experimental research financed by EU on semi-active control (1997- 98), Principal Investigator in 3 research contracts between ENEL and Univ. of Naples on seismic protection of HV equipment (1994-99), Principal Investigator in 2 research contracts between ISMES and Univ. of Naples on passive control of structures (1992-96). He is an active of many Italian and International professional societies. He has published more than 100 journal papers in refereed journals and conf. proceedings of International Societies. Dr. Mariacristina Spizzuoco is a Technical Executive, Dept. of Structures for Engineering and Architecture, University of Napoli Federico II, Napoli. Her experience in research and teaching has been acquired in about 20 years. She significantly contributed to the research projects including Passive and Semi-active Control of Structures under Earthquakes and Vibrations, Structural Health Monitoring of Civil Structures. A novel use of Recycled Rubber for Elastomeric Mats applied to reduce Railway Traffic Induced Vibrations, Development of Fiber-Reinforced Elastomeric Isolators using Recycled Rubber, Static and Dynamic Experimental Tests on Isolation Systems and Control Devices for Civil Constructions and Industrial Equipment are a few classical applications that she completed successfully. In the last few years, she has authored about 50 research papers in peer-reviewed international journals and refereed conferences. She is an active member of a few professional societies and committees of the European Union.

Srinivasan Chandrasekaran 目前是印度理工學院馬德拉斯分校海洋工程系的高級教授，並且是意大利那不勒斯費德里科二世大學結構工程系的訪問教授。他獲得了意大利大學研究部（MiUR Fellow）頒發的榮譽獎學金。他在教學、研究和工業顧問方面擁有約 29 年的豐富經驗。他曾監督許多贊助的研究項目和海上顧問任務，無論是在印度還是國外。他的活躍研究領域包括海上結構的動態分析與設計、海洋結構的結構健康監測、風險與可靠性、結構的防火設計、功能梯度材料（FGM）在海洋升降管中的應用，以及過程工業中的健康、安全與環境（HSE）管理。他曾在意大利大學研究部（MiUR）的邀請下，作為訪問學者在那不勒斯費德里科二世大學工作兩年。在意大利期間，他研究了建築在地震荷載和其他衝擊荷載下的先進非線性分析，並對全尺寸模型進行了實驗驗證。他在國際同行評審的期刊和專業社會組織舉辦的會議上發表了約 170 篇研究論文。他撰寫了二十二本教科書，這些書籍由多家國際知名出版社出版。他是多個專業機構和社會的活躍成員，無論是在印度還是國外。他還為印度政府的國家技術增強學習計劃（NPTEL）進行了約三十個工程學科的遠程教育課程。他是一位充滿活力的演講者，曾在印度和國外的國際會議、研討會和研討會上發表過多次主題演講。他是多個國內外專業社會的終身會員。

Giorgio Serino 是那不勒斯費德里科二世大學的結構工程與設計全職教授（自 11/01 起），參與教學和研究活動。他還是意大利國家大學委員會（CUN，意大利教育與研究部的諮詢組織）土木工程和建築領域的當選成員（1998 至 2007 年）。自 2007 年以來，他被任命為那不勒斯費德里科二世大學工程學院的國際關係代表，負責 LLP-Erasmus 計劃。他是意大利的註冊專業工程師（9703，阿爾博工程師那不勒斯）和加州的實習工程師（XE075052，專業工程師和土地測量師註冊委員會）。Serino 獲得了許多國內外獎項和榮譽，其中包括 i) 1997 年意大利菲利普莫里斯科學與技術研究獎的決賽入圍者；ii) 1991 年那不勒斯費德里科二世大學的 1 年期博士後獎學金；iii) 1990 年意大利那不勒斯 CNR 應用數學研究所的 1 年期獎學金；iv) 1990 年意大利貝爾加莫 ISMES 研究創意競賽的 1 年期獎金獲得者；v) 1987-88 年意大利/美國的富布賴特全額旅行與學習獎學金；vi) 1984 年意大利諾維德雷特的 IBM 夏季獎。 他在結構動力學和地震工程、結構測試和創新控制系統領域保持了學術與實踐經驗的平衡。在過去的 15 年中，他作為意大利和歐洲機構及私營部門贊助項目的首席研究員，獲得了被動和半主動結構控制系統的經驗。他是 GLIS（意大利地震隔離工作組）和 ANIDIS（意大利地震工程協會）技術委員會的活躍成員。他是 MiSE-ICE-CRUI 國際項目的研究協調員，該項目涉及由回收橡膠製成的結構抗震支座（2010-11），以及由 DPC（意大利民事保護部）資助的 RELUIS 第 7 條線項目，該項目針對建築和橋樑的地震保護，使用被動/半主動裝置（2005-08），還有由 MIUR（意大利大學與研究部）資助的 AFERIA 項目，該項目涉及由回收橡膠製成的抗震鐵路軌道（2003-07），在歐盟資助的 SPACE 實驗研究項目中擔任團隊負責人，該項目涉及使用磁流變裝置的半主動控制（2000 至 2003），以及在 MIUR 資助的 3 個國家研究合同中擔任首席研究員，該合同涉及結構的風和地震控制（1999 至 2003），在歐盟資助的半主動控制實驗研究中擔任團隊負責人（1997-98），在 ENEL 和那不勒斯大學之間的 3 個研究合同中擔任首席研究員，該合同涉及高壓設備的抗震保護（1994-99），在 ISMES 和那不勒斯大學之間的 2 個研究合同中擔任首席研究員，該合同涉及結構的被動控制（1992-96）。他是多個意大利和國際專業社會的活躍成員。他在同行評審的期刊和國際社會的會議論文集中發表了超過 100 篇論文。

Dr. Mariacristina Spizzuoco 是那不勒斯費德里科二世大學工程與建築系的技術主管。她在研究和教學方面的經驗約有 20 年。她對包括地震和振動下的結構被動和半主動控制、土木結構的結構健康監測等研究項目做出了重要貢獻。她成功完成了一些經典應用，包括將回收橡膠應用於減少鐵路交通引起的振動的彈性墊、使用回收橡膠開發纖維增強彈性隔離器、對土木建設和工業設備的隔離系統和控制裝置進行靜態和動態實驗測試。在過去幾年中，她在國際同行評審的期刊和會議上發表了約 50 篇研究論文。她是幾個專業社會和歐盟委員會的活躍成員。