Risk Based Design for Safe Development of Reliable and Environmentally Friendly Inland Water Transportation System - Tapa blanda

Olanrewaju, Dr. Oladokun S.

 
9781493109319: Risk Based Design for Safe Development of Reliable and Environmentally Friendly Inland Water Transportation System
Tapa blanda
ISBN 10: 1493109316 ISBN 13: 9781493109319
Editorial: XLIBRIS, 2013

Sinopsis

Water supports our planet and its vast resources need to be fully utilized to benefit human activities and his environment in a sustainable manner, most of inland water resources has been underutilised and under maintained. Maritime industry has made use of the ocean in a more much responsible manner for cross continental transportation of good. There are currently dire needs to find sensitive ways to mitigate challenge of global warming, climate changes and its associated impact, especially within the coastline. Various research works has proven that Inland Water Transportation represents the cleanest mode of transportation. Its use could reduce and mitigate carbon footage and other Green House Gases. Past system design and operation has followed conventional method. System has been addressed through reactive behaviour that has put system on probable risk and consequence in oblivion. Likewise, complexity of sustainable water transportation development demand design and operation that require careful evaluation which can be achieved by employing proactive method. That considers holistic system analysis approach. It has become important to address system associated risk, reliability and their life cycle through assessment of accident and pollution prevention, protection, control principle. Ageing, uncertainty and operational factors are also important system variables that need to be incorporated in risk close loop system. This book account for modelling of proactive technik and application of a top down risk and reliability based design that identifies assess, analyses and employ sustainability equity comparison leading to generic safety and environmental risk reliability model (SERM). SERM is a decision support system tool developed at University Technology Malaysia for the development of efficient and sustainable Inland Water Transportation System (IWT).

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Reseña del editor

Water supports our planet and its vast resources need to be fully utilized to benefit human activities and his environment in a sustainable manner, most of inland water resources has been underutilised and under maintained. Maritime industry has made use of the ocean in a more much responsible manner for cross continental transportation of good. There are currently dire needs to find sensitive ways to mitigate challenge of global warming, climate changes and its associated impact, especially within the coastline. Various research works has proven that Inland Water Transportation represents the cleanest mode of transportation. Its use could reduce and mitigate carbon footage and other Green House Gases. Past system design and operation has followed conventional method. System has been addressed through reactive behaviour that has put system on probable risk and consequence in oblivion. Likewise, complexity of sustainable water transportation development demand design and operation that require careful evaluation which can be achieved by employing proactive method. That considers holistic system analysis approach. It has become important to address system associated risk, reliability and their life cycle through assessment of accident and pollution prevention, protection, control principle. Ageing, uncertainty and operational factors are also important system variables that need to be incorporated in risk close loop system. This book account for modelling of proactive technik and application of a top down risk and reliability based design that identifies assess, analyses and employ sustainability equity comparison leading to generic safety and environmental risk reliability model (SERM). SERM is a decision support system tool developed at University Technology Malaysia for the development of efficient and sustainable Inland Water Transportation System (IWT).

Biografía del autor

Dr. Oladokun Sulaiman Olanrewaju has PhD in modeling risk and reliability for marine and ocean systems. He is chartered engineer with diverse academic and professional background. He has taught and mentor different courses and research projects on issue in maritime field. He is lecturing at University Malaysia Terengganu and visiting Professor at other University. Dr. Oladokun is faculty member in the Department of Maritime Technology, Faculty of Maritime Studies and Marine Science, University Malaysia Terengganu. His specialization is in maritime energy and environment, sustainable maritime system design, risk and reliability for maritime and ocean systems. He published about 60 abstract and presentation in national and international conferences. He has authored and co-authored a total of about more than 180 publications which include proceeding papers, journal papers, and chapters in book, monograph, seminar papers and other types of academic publications. He has patent on marine green technology. He has authored many books in maritime science and technology field.

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Editorial
XLIBRIS
Año de publicación
2013
Idioma
Inglés
ISBN 10 
1493109316
ISBN 13 
9781493109319
Encuadernación
Tapa blanda
Número de páginas
294
Contacto del fabricante
no disponible
Persona responsable
no disponible