Offshore Energy Structures

Book

Title: Offshore Energy Structures
Authors: Karimirad, M.
Publication Date:
January 01, 2014
Pages: 298
Publisher: Springer

Document Access

Website: External Link

Citation

Karimirad, M. (2014). Offshore Energy Structures Springer.
Abstract: 

Due to the rapid growth of offshore renewable energy structures such as offshore wind and ocean energy devices (such as wave energy converters and tidal current turbines), the science, technology and engineering in this field are seeing a phenomenal development. However, the needed competencies and knowledge are not available in a single reference. Particularly, for hybrid marine platforms, where wind and wave energy devices are combined to use possible synergies through proper combinations, limited information is available.

 

Incredible progress has been made in the last decades in the advancement of offshore energy structures, especially for offshore wind applications. Now, the bottom-fixed offshore wind turbines are mature enough to compete with land-based wind turbines. This has given rise to the development of new concepts/structures for deep ocean applications. Floating wind turbines are emerging and several concepts have been commissioned, which produce electricity. Also, wave energy converters are being well-developed during the last decades and several concepts are in the stage of producing electricity. Recently, the combination of wave and wind energy devices in hybrid marine platforms has been the focus of scientist in the field of offshore technology. This generated an obvious need for a book providing the state-of-the-art knowledge in offshore energy structures.

 

Offshore renewable industry has planned for further booming in coming years which needs having more engineers in the "offshore energy structures" field. This is what this book is about. In this book, the author has tried to avoid sophisticated mathematical expressions. The hope is that engineers with moderate mathematical background can get a proper insight to offshore energy structures by reading this book. However, to read some parts of the book, a proper knowledge of calculus is necessary.

  • This book is written for MSc students and engineers in the field of offshore technology, renewable energy, marine, ocean and coastal engineering. This book can be used in MSc-level courses in departments of civil engineering, mechanical engineering as well as ocean, coastal and marine engineering.
  • This book tries to simply introduce the base for design of offshore energy structures.
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