- 充值
- 会员
- 职称材料
文献信息
The Journal covers all aspects of wind energy, with a focus of scientific and engineering content in the development of knowledge, innovation, and technical applications. Taking a multidisciplinary and cross-disciplinary approach in onshore and offshore wind energy, the key areas covered by the Journal include wind resource assessments; the aerodynamics and hydrodynamics of wind turbines and wind power plants, wind-wave-current interactions, vorticities, nonlinear waves, storm surges and extreme events; wind turbine components, dynamics and control, subsystems, materials, structures, condition monitoring, maintenance and acoustics, modelling and simulation of coupled mechanical-electrical-structural dynamics; wind turbine design; wind power planning, forecasting, production, optimization for electricity grids; computational engineering aspects of wind energy, wind turbines and wind farms; wind-to-X, wind to energy storage (for net zero), wind to storage for smart mobility, coupling of wind energy networks and transportation networks, hydrogen-based system for integration of wind energy systems; wind energy in an evolving climate; and the sustainability issues of wind energy from an engineering perspective (life cycle assessments, recycling of wind turbine components, economics, ecological and environmental impacts, public policies, social issues, etc.).
The Journal covers all aspects of wind energy, with a focus of scientific and engineering content in the development of knowledge, innovation, and technical applications. Taking a multidisciplinary and cross-disciplinary approach in onshore and offshore wind energy, the key areas covered by the Journal include wind resource assessments; the aerodynamics and hydrodynamics of wind turbines and wind power plants, wind-wave-current interactions, vorticities, nonlinear waves, storm surges and extreme events; wind turbine components, dynamics and control, subsystems, materials, structures, condition monitoring, maintenance and acoustics, modelling and simulation of coupled mechanical-electrical-structural dynamics; wind turbine design; wind power planning, forecasting, production, optimization for electricity grids; computational engineering aspects of wind energy, wind turbines and wind farms; wind-to-X, wind to energy storage (for net zero), wind to storage for smart mobility, coupling of wind energy networks and transportation networks, hydrogen-based system for integration of wind energy systems; wind energy in an evolving climate; and the sustainability issues of wind energy from an engineering perspective (life cycle assessments, recycling of wind turbine components, economics, ecological and environmental impacts, public policies, social issues, etc.).