Year: 2016 Language: english Author: Inge Lotsberg Genre: Handbook Publisher: Cambridge University Press Format: PDF Quality: eBook Pages count: 560 Description: This book is intended to act as a guide for students and practicing engineers for fatigue design of dynamically loaded marine structures. Fatigue of structures is a broad and complex area that requires more background than can be included in design standards. Many papers on fatigue of structures are published each year, and different design approaches have also been issued. However, due to the nature of the fatigue phenomena and scatter in test results, it may be difficult for engineers to obtain a good overview of what is found to be a good recommended fatigue assessment methodology. The purpose of this book is not to give a complete overview of different design approaches, but rather to provide the reader with a sound background for the most common recommendations in design standards for fatigue assessment of marine structures. The content of this book is colored by the experiences by the author, and it may be relevant to consider this textbook in relation to the Standards with which the author has been most heavily involved, including the Recommended Practice DNVGL-RP-C203 Fatigue Design of Offshore Structures and DNV-RP-C206 Fatigue Methodology of Offshore Ships. However, similar content can also be found in a number of other design standards, such as: ISO 19902 (2007),API RP2A (2014), AWS (2010),BS 7608 (2014),Eurocode 3 (EN1993–1–9,2009),and IIW (Hobbacher, 2009). Thus, this book might best be considered as providing background for fatigue assessment of welded structures on a broad basis. Based on the author’s main background experience, a number of DNVGL standards are referenced. As these documents can be downloaded for free from the Internet, they are also useful reference documents for students studying fatigue of marine structures.
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Fatigue design of marine structures
Language: english
Author: Inge Lotsberg
Genre: Handbook
Publisher: Cambridge University Press
Format: PDF
Quality: eBook
Pages count: 560
Description: This book is intended to act as a guide for students and practicing engineers for
fatigue design of dynamically loaded marine structures. Fatigue of structures is a
broad and complex area that requires more background than can be included in
design standards. Many papers on fatigue of structures are published each year, and
different design approaches have also been issued. However, due to the nature of
the fatigue phenomena and scatter in test results, it may be difficult for engineers to
obtain a good overview of what is found to be a good recommended fatigue assessment
methodology.
The purpose of this book is not to give a complete overview of different design
approaches, but rather to provide the reader with a sound background for the most
common recommendations in design standards for fatigue assessment of marine
structures. The content of this book is colored by the experiences by the author,
and it may be relevant to consider this textbook in relation to the Standards with
which the author has been most heavily involved, including the Recommended Practice
DNVGL-RP-C203 Fatigue Design of Offshore Structures and DNV-RP-C206
Fatigue Methodology of Offshore Ships. However, similar content can also be found
in a number of other design standards, such as: ISO 19902 (2007),API RP2A (2014),
AWS (2010),BS 7608 (2014),Eurocode 3 (EN1993–1–9,2009),and IIW (Hobbacher,
2009). Thus, this book might best be considered as providing background for fatigue
assessment of welded structures on a broad basis.
Based on the author’s main background experience, a number of DNVGL standards
are referenced. As these documents can be downloaded for free from the Internet,
they are also useful reference documents for students studying fatigue of marine
structures.
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