Wind Energy Engineering
-10%
portes grátis
Wind Energy Engineering
A Handbook for Onshore and Offshore Wind Turbines
Letcher, Trevor
Elsevier Science & Technology
05/2023
586
Dura
Inglês
9780323993531
15 a 20 dias
Descrição não disponível.
1. Why Wind Energy?
2. History of Harnessing Wind Power
3. Wind Power Fundamentals
4. Estimation of Wind Energy Potential and Prediction of Wind Power
5. Global Potential for Wind Generated Electricity
6. Achieving Carbon Neutrality: The Future of Wind Energy Development in China
7. Vertical wind speed profiles in atmospheric boundary layer flows
8. Wind Turbine Technologies
9. Small scale wind turbines
10. Civil Engineering aspects of a wind farm and wind turbine structures
11. Aerodynamics and the design of horizontal axis wind turbines
12. Civil Engineering challenges associated with design of Offshore Wind Turbines with special reference to China
13. Numerical methods for SSI analysis of Offshore Wind Turbine Foundations
14. Reliability of Wind Turbines
15. Practical method to estimate foundation stiffness for design of offshore wind turbines
16. Physical Modelling of Offshore Wind Turbine Model for Prediction of Prototype Response
17. Seismic Design and Analysis of Offshore Wind Turbines
18. Seismic Hazards associated with Offshore Wind Farms
19. Some Challenges and Opportunities around Lifetime Performance and Durability of wind turbines
20. A Review of Wind Power in Grid Codes: current state and future challenges
21. Intelligent design and optimization of Wind Turbines
22. Wind and Hybrid Power Systems: Reliability Based Assessment
23. Multi-fidelity simulation tools for modern wind turbines
24. Environmental and structural safety issues related to wind energy
25. Innovative Foundation Design for OWTS
26. Gravity Based Foundation (GBF) for offshore wind turbines
27. Greenhouse Gas Emissions from Storing Energy from Wind Turbines
28. Climate Change Effects on Offshore Wind Turbines
29. Life cycle assessment: meta-analysis of cumulative energy demand and greenhouse gas emissions for wind energy technologies
30. Wind turbines and landscape
31. Acoustics and Noise Emissions including Porus Material for Trailing Edge Noise Abatement for Wind Turbines
32. Global Rare Earth Supply, Life Cycle and Wind Energy
33. Short-term power prediction and downtime classification
34. Levelized Cost Of Energy (UK Offshore Wind Power) Drivers, Challenges, Opportunities and Practice 2010 to 2020
35. Certification of new foundations for offshore wind turbines
2. History of Harnessing Wind Power
3. Wind Power Fundamentals
4. Estimation of Wind Energy Potential and Prediction of Wind Power
5. Global Potential for Wind Generated Electricity
6. Achieving Carbon Neutrality: The Future of Wind Energy Development in China
7. Vertical wind speed profiles in atmospheric boundary layer flows
8. Wind Turbine Technologies
9. Small scale wind turbines
10. Civil Engineering aspects of a wind farm and wind turbine structures
11. Aerodynamics and the design of horizontal axis wind turbines
12. Civil Engineering challenges associated with design of Offshore Wind Turbines with special reference to China
13. Numerical methods for SSI analysis of Offshore Wind Turbine Foundations
14. Reliability of Wind Turbines
15. Practical method to estimate foundation stiffness for design of offshore wind turbines
16. Physical Modelling of Offshore Wind Turbine Model for Prediction of Prototype Response
17. Seismic Design and Analysis of Offshore Wind Turbines
18. Seismic Hazards associated with Offshore Wind Farms
19. Some Challenges and Opportunities around Lifetime Performance and Durability of wind turbines
20. A Review of Wind Power in Grid Codes: current state and future challenges
21. Intelligent design and optimization of Wind Turbines
22. Wind and Hybrid Power Systems: Reliability Based Assessment
23. Multi-fidelity simulation tools for modern wind turbines
24. Environmental and structural safety issues related to wind energy
25. Innovative Foundation Design for OWTS
26. Gravity Based Foundation (GBF) for offshore wind turbines
27. Greenhouse Gas Emissions from Storing Energy from Wind Turbines
28. Climate Change Effects on Offshore Wind Turbines
29. Life cycle assessment: meta-analysis of cumulative energy demand and greenhouse gas emissions for wind energy technologies
30. Wind turbines and landscape
31. Acoustics and Noise Emissions including Porus Material for Trailing Edge Noise Abatement for Wind Turbines
32. Global Rare Earth Supply, Life Cycle and Wind Energy
33. Short-term power prediction and downtime classification
34. Levelized Cost Of Energy (UK Offshore Wind Power) Drivers, Challenges, Opportunities and Practice 2010 to 2020
35. Certification of new foundations for offshore wind turbines
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Advantages of wind power; Aeroacoustics; Aerodynamic blade design; Aerodynamic damping; Aerodynamic rotor; Aerodynamics; Aeroelasticity; Artificial intelligence; Atmospheric stability; Ballast; Barriers to wind energy; Batteries; Betz Limit; Blade; Blade collision during a seismic event; Blade element model; Capacity factor; Carbon footprint; Certification; Challenges facing wind energy; Character; Chinese government; Climate change; Climate models; Compressed air storage; Control; Cumulative energy demand; Data analytics; Database; Design composition; Design of offshore wind turbines (WTs); Design optimization; Developments in generator design; Developments in turbine design; Dimensional analysis; Discrete element model; Downtime detection; Drivers of wind energy; Durability; Dynamic sensitivity of WTs; Dynamics; Earthquake; Economy of scale; Effect; Elastic-plastic; Electrical cables failure; Electrical energy storage technologies; Electricity; Electricity market reform; Energy payback time; Energy return on investment; Error; Europe; Failures; Fault rupture; Finite element analysis; Fixed-speed wind turbine; Floating turbines; Fluid-structure interaction; Forced-outage-rate; Foundation; Foundation design; Foundation stiffness; Foundations; Fukushima; Future of REE supply; Future of wind energy in China; Generator; Geostrophic drag law; Global REE supply; Global warming potential; Gravity base foundation; Gravity based structures (GBS); Gravity-based foundations; Grid code; Grid integration; Ground conditions in China; Hybrid; Hybrid foundations; Hybrid power system; Hysteresis loops; Impact of climate change on OWTs; Jacket; Kinetic energy flux; Landscape; Levelized cost of energy; Life cycle assessment; Life cycle assessment of REE; Life data analysis; Lifetime performance; Liquefaction; Liquefiable soil; Load on foundations; Logarithmic law of the wall; Long-term behavior; Machine learning; Micro-siting; Micro-wind turbines; Momentum equations; Monin-Obukhov similarity theory
1. Why Wind Energy?
2. History of Harnessing Wind Power
3. Wind Power Fundamentals
4. Estimation of Wind Energy Potential and Prediction of Wind Power
5. Global Potential for Wind Generated Electricity
6. Achieving Carbon Neutrality: The Future of Wind Energy Development in China
7. Vertical wind speed profiles in atmospheric boundary layer flows
8. Wind Turbine Technologies
9. Small scale wind turbines
10. Civil Engineering aspects of a wind farm and wind turbine structures
11. Aerodynamics and the design of horizontal axis wind turbines
12. Civil Engineering challenges associated with design of Offshore Wind Turbines with special reference to China
13. Numerical methods for SSI analysis of Offshore Wind Turbine Foundations
14. Reliability of Wind Turbines
15. Practical method to estimate foundation stiffness for design of offshore wind turbines
16. Physical Modelling of Offshore Wind Turbine Model for Prediction of Prototype Response
17. Seismic Design and Analysis of Offshore Wind Turbines
18. Seismic Hazards associated with Offshore Wind Farms
19. Some Challenges and Opportunities around Lifetime Performance and Durability of wind turbines
20. A Review of Wind Power in Grid Codes: current state and future challenges
21. Intelligent design and optimization of Wind Turbines
22. Wind and Hybrid Power Systems: Reliability Based Assessment
23. Multi-fidelity simulation tools for modern wind turbines
24. Environmental and structural safety issues related to wind energy
25. Innovative Foundation Design for OWTS
26. Gravity Based Foundation (GBF) for offshore wind turbines
27. Greenhouse Gas Emissions from Storing Energy from Wind Turbines
28. Climate Change Effects on Offshore Wind Turbines
29. Life cycle assessment: meta-analysis of cumulative energy demand and greenhouse gas emissions for wind energy technologies
30. Wind turbines and landscape
31. Acoustics and Noise Emissions including Porus Material for Trailing Edge Noise Abatement for Wind Turbines
32. Global Rare Earth Supply, Life Cycle and Wind Energy
33. Short-term power prediction and downtime classification
34. Levelized Cost Of Energy (UK Offshore Wind Power) Drivers, Challenges, Opportunities and Practice 2010 to 2020
35. Certification of new foundations for offshore wind turbines
2. History of Harnessing Wind Power
3. Wind Power Fundamentals
4. Estimation of Wind Energy Potential and Prediction of Wind Power
5. Global Potential for Wind Generated Electricity
6. Achieving Carbon Neutrality: The Future of Wind Energy Development in China
7. Vertical wind speed profiles in atmospheric boundary layer flows
8. Wind Turbine Technologies
9. Small scale wind turbines
10. Civil Engineering aspects of a wind farm and wind turbine structures
11. Aerodynamics and the design of horizontal axis wind turbines
12. Civil Engineering challenges associated with design of Offshore Wind Turbines with special reference to China
13. Numerical methods for SSI analysis of Offshore Wind Turbine Foundations
14. Reliability of Wind Turbines
15. Practical method to estimate foundation stiffness for design of offshore wind turbines
16. Physical Modelling of Offshore Wind Turbine Model for Prediction of Prototype Response
17. Seismic Design and Analysis of Offshore Wind Turbines
18. Seismic Hazards associated with Offshore Wind Farms
19. Some Challenges and Opportunities around Lifetime Performance and Durability of wind turbines
20. A Review of Wind Power in Grid Codes: current state and future challenges
21. Intelligent design and optimization of Wind Turbines
22. Wind and Hybrid Power Systems: Reliability Based Assessment
23. Multi-fidelity simulation tools for modern wind turbines
24. Environmental and structural safety issues related to wind energy
25. Innovative Foundation Design for OWTS
26. Gravity Based Foundation (GBF) for offshore wind turbines
27. Greenhouse Gas Emissions from Storing Energy from Wind Turbines
28. Climate Change Effects on Offshore Wind Turbines
29. Life cycle assessment: meta-analysis of cumulative energy demand and greenhouse gas emissions for wind energy technologies
30. Wind turbines and landscape
31. Acoustics and Noise Emissions including Porus Material for Trailing Edge Noise Abatement for Wind Turbines
32. Global Rare Earth Supply, Life Cycle and Wind Energy
33. Short-term power prediction and downtime classification
34. Levelized Cost Of Energy (UK Offshore Wind Power) Drivers, Challenges, Opportunities and Practice 2010 to 2020
35. Certification of new foundations for offshore wind turbines
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Advantages of wind power; Aeroacoustics; Aerodynamic blade design; Aerodynamic damping; Aerodynamic rotor; Aerodynamics; Aeroelasticity; Artificial intelligence; Atmospheric stability; Ballast; Barriers to wind energy; Batteries; Betz Limit; Blade; Blade collision during a seismic event; Blade element model; Capacity factor; Carbon footprint; Certification; Challenges facing wind energy; Character; Chinese government; Climate change; Climate models; Compressed air storage; Control; Cumulative energy demand; Data analytics; Database; Design composition; Design of offshore wind turbines (WTs); Design optimization; Developments in generator design; Developments in turbine design; Dimensional analysis; Discrete element model; Downtime detection; Drivers of wind energy; Durability; Dynamic sensitivity of WTs; Dynamics; Earthquake; Economy of scale; Effect; Elastic-plastic; Electrical cables failure; Electrical energy storage technologies; Electricity; Electricity market reform; Energy payback time; Energy return on investment; Error; Europe; Failures; Fault rupture; Finite element analysis; Fixed-speed wind turbine; Floating turbines; Fluid-structure interaction; Forced-outage-rate; Foundation; Foundation design; Foundation stiffness; Foundations; Fukushima; Future of REE supply; Future of wind energy in China; Generator; Geostrophic drag law; Global REE supply; Global warming potential; Gravity base foundation; Gravity based structures (GBS); Gravity-based foundations; Grid code; Grid integration; Ground conditions in China; Hybrid; Hybrid foundations; Hybrid power system; Hysteresis loops; Impact of climate change on OWTs; Jacket; Kinetic energy flux; Landscape; Levelized cost of energy; Life cycle assessment; Life cycle assessment of REE; Life data analysis; Lifetime performance; Liquefaction; Liquefiable soil; Load on foundations; Logarithmic law of the wall; Long-term behavior; Machine learning; Micro-siting; Micro-wind turbines; Momentum equations; Monin-Obukhov similarity theory
