2nd International Next Generation Wind Energy Workshop

提案编号：1539857首席研究员：Ryoichi S Amano风能作为可再生能源发电在国际上获得了发展势头。 第二届国际下一代风能研讨会将于2015年10月6日至8日在瑞典隆德大学举行。 本次研讨会将重点介绍利用风能发电的复杂过程，以及它们对美国和欧洲风电场运营扩张所面临的当前和未来风力涡轮机开发问题的影响。 讲习班将为美国的高级和早期职业研究人员前往瑞典参加这一国际讲习班提供支持。 资深科学家将提供主题演讲，资深和初级科学家将参加小组讨论会。研讨会将是一个论坛，以促进21世纪世纪新的风力涡轮机设计的开发和应用，基于最先进的实验，计算和/或理论研究方法正在开发的学术界。 风能收集中遇到的各种复杂过程具有推动风力涡轮机新概念的基本考虑因素。 研讨会将汇集研究人员，他们将研究风力涡轮机转子叶片性能和设计所面临的流体动力学、空气动力学、材料科学、结构和制造方面的许多核心挑战。 与会者将确定风能空气动力学和结构建模研究的新领域，以指导计算工具的开发，以探索未来风力涡轮机叶片设计的商业潜力，包括垂直轴涡轮机，无叶片系统，如旋风技术涡轮机和混合风力涡轮机。 研讨会还将重点关注当前风力涡轮机设计的常见问题及其制造挑战，这些问题是美国和欧洲商业风能行业所面临的。 与会者将来自美国和欧洲的学术界、独立研究组织、政府机构和工业界。 研讨会论文集将在ASME会刊-能源技术杂志（JERT）的特刊上发表，研讨会成果将在研讨会网站上公布。

Proposal Number: 1539857Principal Investigator: Ryoichi S AmanoWind energy is gaining momentum internationally as renewable source of electricity production. The 2nd International Next Generation Wind Energy Workshop will be tentatively held from October 6-8, 2015 at Lund University in Sweden. This workshop will highlight the complex processes involved in harnessing wind energy for the generation of electricity, and their impacts on current and future wind turbine development issues facing the expansion of wind farm operations in both the United States and Europe. The workshop will provide support for both senior and early career researchers based in the United States to travel to Sweden to attend this international workshop. The senior scientists will provide the keynote lectures, and both senior and junior scientists will participate in the panel discussion sessions.The workshop will be a forum to promote the development and application of new wind turbine designs of the 21st century, based on state-of-the-art experimental, computational, and/or theoretical research methods being developed in the academic community. The diverse and complex processes encountered in wind energy harvesting have fundamental considerations that drive new concepts for wind turbines. The workshop will bring together researchers working on many of the central challenges facing the fluid dynamic, aerodynamic, material science, structural, and manufacturing aspects of the wind turbine rotor blade performance and design. The participants will define new frontiers in wind energy aerodynamic and structural modeling research needed to guide the development of computational tools to explore the commercial potential of future wind turbine blade designs, including vertical axis turbines, blade-less systems such as turbines with cyclone technology, and hybrid wind turbines. The workshop will also focus attention on common problems of current wind turbine designs and their manufacturing challenges that are faced by the commercial wind energy industry both in the United States and Europe. The participants will come from academia, independent research organizations, governmental agencies, and industry, from both the United States and Europe. The workshop proceedings will be published in a special issue of ASME Transactions - Journal Energy Resources Technology (JERT), and workshop outcomes will be posted the workshop website.