Dr Wen Zhong Shen is Professor in Computational Aero-Acoustics and Wind Energy at the Department of Wind Energy, Technical University of Denmark (DTU) since June 2014. He obtained his Bachelor degree in Wuhan University, China in 1989, Master and PhD degrees in fluid mechanics at Paris-Sud University, France in 1990 and 1993, and Doctor of Science in wind turbine aerodynamics and aero-acoustics at the Technical University of Denmark, Denmark in 2009. His research ranges in the fields of wind turbine aerodynamics, aero-acoustics, wind turbine airfoil/rotor design and wind farm optimization, and he has published more than 80 research articles in peer-reviewed international journals and over 60 papers in reviewed scientific conferences.
报告摘要：
To reduce CO2 emission from fossil energy and alleviate global warming, targets in most countries are very ambitious with 100% renewable energy in 2050. As the pioneer in renewable energies, wind energy is developing very fast in the world. This means there will be important installations of both onshore and offshore wind turbines in the near future. The challenges of wind energy include both lowering costs of wind-generated energy and ensuring a high degree of social acceptance, where the noise aspect is of major importance in particular for onshore turbines. To improve the cost of energy, the size of wind turbines, which directly affects the noise signature, is constantly growing. Consequently, scientific advancements are needed for developing advanced aero-acoustic prediction models, and numerical tools for designing efficient and low-noise wind turbines and wind farms. Achieving these objectives will allow for a more efficient wind energy production, while at the same time lowering noise emission by gaining fundamental insight into the complex interaction between atmospheric turbulence, wake affected inflow, wind turbines and terrain. This lecture aims at giving the state of the art in the research areas of noise generation, propagation and reduction, and describing the future scientific needs for such developments in the goal of developing environment friendly wind energy.
