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Full Description
Marine Operations of Offshore Wind Turbines: Autonomous Systems and Applications draws on the latest advances in marine operations to offer practical information on dynamics and automatic control. The book begins by introducing marine operations and offshore wind turbines, the fundamentals of dynamics and automatic control, and the definition of operability for marine operations, before in-depth chapters cover numerical modelling and simulation tools, lifting operations for components, active control of offshore single-blade installation, modelling and control of full assembly installation and use of low-height mechanisms, and further technological developments. A volume in the Elsevier Wind Energy Engineering Series, this is a valuable resource for all those looking to understand dynamics and automatic control techniques for offshore wind turbine operations, including researchers, students, engineers, R&D, policy makers and industry professionals.
Contents
1. Introduction to Marine Operations and Offshore Wind Turbines
2. Fundamental Knowledge for Dynamics and Automatic Control of Offshore Wind Turbines
3. Definition of Operability for Marine Operations
4. Numerical Modelling and Simulation Tools for Dynamics and Control of Offshore Wind Turbines
5. Lifting Operations for Offshore Wind Turbine Components
6. Active Control of Offshore Wind Turbine Single-Blade Installation
7. Modelling of Full Assembly Installation for Offshore Wind Turbines
8. Modelling and Control of Full Assembly Installation for Offshore Wind Turbines Using a Low-Height Mechanism
9. Technological Advances in Marine Operations of Offshore Wind Turbines



