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Your search keyword '"Wind turbine blade"' showing total 2 results
Start Over Descriptor "Wind turbine blade" Publication Type Books
2 results on '"Wind turbine blade"'

1. Advances in Wind Energy and Wind Turbines.

Author

Ligęza, Paweł and Ligęza, Paweł

Subjects
Physics, Research & information: general, Extreme Learning Machine, Markov processes, SCADA, URANS, Wind Turbine, air velocity, ambient condition, challenges, development, direct drive, dynamic error, electric drive, expert system, fault detection, flow measurement, geared, genetic algorithm, gust, hot-wire anemometer, hybrid tuned vibration absorber, intelligent systems, macroturbulence, magnetorheological damper, maintenance, maximum power point tracking, measurement correction, monitoring, new generation blade technology, offshore, offshore wind turbine, operation, optimal-based control, pentapod suction bucket, pitch angle wind turbine, real-time vibration control, recyclable composite structures, reliability, scour, scour risk, scouring fragility, servicing process, simulation testing, small wind turbine control, suction bucket, tachometric anemometer, temperature monitoring, transfer learning, transmission band adjustment, vertical axis wind turbine, wind energy, wind energy spectrum, wind turbine, wind turbine blade, wind turbines
Abstract

Summary: The subject of this reprint covers the latest research in the field of wind energy methods and technologies. The results of work on modeling and optimization of wind turbines, their location, methods of monitoring and diagnostics, and development prospects were presented. Contemporary problems, dangers and risks in the field of wind engineering were also pointed out.

2. Design, Fabrication and Performance of Wind Turbines 2020.

Author

Kim, Kyung Chun and Kim, Kyung Chun

Subjects
Research & information: general, Technology: general issues, RCS reduction, annual energy production, blade geometry linearization, computational fluid dynamics (CFD), control scheme, design optimization, dynamic wind turbine model, factorial experiment design (FED), finite element analysis, flow analysis, furling, high efficiency area, limited-angle torque actuator, low-voltage ride through (LVRT), micro wind turbine, onshore wind farm, optimization, overspeed protection control (OPC), peak shaver, reshaping methods, simulated annealing algorithm, stepper motor, tip speed ratio, variable-speed pitch, wind energy centrifugal pump (WECP), wind turbine (WT), wind turbine blade, wind turbines, yaw motion, zero-voltage ride through (ZVRT)
Abstract

Summary: From small-scale vertical axis wind turbines for urban usage to large-scale horizontal axis wind turbines for offshore wind farms, design, fabrication, and optimization technologies are highly required to manage wind energy effectively. Moreover, some new opportunities, such as in wind farm design, fluid-structure interaction, aero-acoustics, fabrication methods and performance tests by experimental and computational fluid dynamics should be engaged in modern wind turbine communities. The basic objectives of this book include improving the reliability and promoting the high efficiency of wind turbines as well as their dynamic performance, reducing wind turbine-generated noise and improving power generation efficiencies through high-fidelity approaches. Students, scholars, and engineers who manage such a wide range of wind turbine scales and usages, design, fabrication, and performance test protocols for various wind turbines, are highly recommended to read this book.

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