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“风力发电设备关键零部件的先进测量方法”报告与交流

作者:       发布: 2015-06-14      来源:

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  英国杜伦大学(University of Durham)王勍博士受邀做关于“风力发电设备关键零部件的先进测量方法”报告和交流,欢迎感兴趣的师生参加。
  报告时间:星期五(612日)下午2:30
  报告地点:B506
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  报告内容简介:
  风力发电是可再生能源的重要途径。在风力发电设备中,关键零部件的测量准确性,将直接影响到发电的安全和经济效率等问题。报告结合英国皇家工程院研究项目的进展从以下几个方面展开:
  1、风力发电设备关键零部件(大叶片和主轴)的测量难点和意义;
  2、风力发电设备关键零部件(大叶片和主轴)两种状态测量方法选择;
  3、基于激光雷达的大叶片变形测量方法;
  4、主轴对齐(准直)测量方法。
 
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  王勍(Wang Qing)博士简介:
 
  王勍(Wang Qing),女,博士、博士后,英国注册工程师 (CEng),英国杜伦大学工程与计算机科学系(School of Engineering and Computing Sciences, Durham University)教师,博士生导师。美国电器和电子协会会员(MIEEE),英国机械工程师协会会员 (MIMechE),英国工程理事会会员(MECUK),英国高等教育研究院研究员(FHEA)。主要研究领域为机电产品全生命周期结构设计与优化、计算机仿真和先进制造技术、电子仪器与测量、成本管理等。
  作为项目负责人,主持了英国皇家工程院牛顿科研合作项目(Newton Research Collaboration Programme of Royal Academy of Engineering)、英国皇家工程院杰出访问研究员项目(Distinguished Visiting Fellowships of Royal Academy of Engineering)、英国工程物理科学基金会(EPSRC)课题、英国政府科技成果转化基金(KTP)欧盟第七框架课题(EU Framework 7 Tempus Project )等5项以及与工业界英国石油公司(BP)等合作科研课题3项。
  王勍博士是英国工程物理科学基金会专项评审专家(Peer Reviewer for EPSRC),《国际优化和控制杂志》编委(Member of Editorial Board  International Journal of Optimisation and Control);作为Session Chair 多次主持国际会议分组会议,将担任2016年美国工程师协会(ASME)主办的面向制造和全生命周期的设计国际会议(ASME 2016 International Conference ofDesign for Manufacturing and the Life Cycle)的Program Chair (2017年将任Conference Chair; 在国际期刊或会议上公开发表论文50余篇,合著专著1部。
 
 
  Dr. Qing Wang is a Lecturer in Design, Manufacturing and Management at the School of Engineering and Computing Sciences, Durham University. U.K. The School has a research profile in excess of ?20 million and the university is ranked 5th in The Times: 2015 University League. The recent REF (Research Excellent Framework) results show that 98% of Durham University’s research is of international quality.
  Dr. Wang has over fifteen years’ experience in research, industrial and project management and has secured funding from the Nuffield Foundation, Knowledge Transfer Partnerships (KTP), BP, Royal Academy of Engineering (RAEng), Institute of Mechanical Engineers (IMechE), Engineering and Physical Science Research Council (EPSRC) and the European Commission (EU) for her research. Her research interests focus on product life cycle engineering including design and optimisation for the product life cycle, computer simulation and advanced manufacturing techniques, electronic instrumentation and measurement (with particular interest in large scale metrology), and cost engineering. Since 2010, she has extended her research into product service systems in relation to developing wind turbine condition monitoring techniques.
  She has published over 50 papers in refereed journals and at International conferences and one book chapter. She has been a peer reviewer for EPSRC proposals and paper reviews for more than 10 high quality journals including IJPR, IJAMT, IMechE Part B Journal of Manufacture, IJPE and Robots and Computer Integrated Manufacturing. She has been a session chair for 8 international conferences and will be the program chair and conference chair for the ASME 21st and 22nd Design for Manufacturing and the Life Cycle Conferences in 2016 and 2017 respectively. She is also a member of the Editorial Board of the International Journal of Optimisation and Control. She is a Chartered Engineer (CEng), a member of IEEE, a member of IMechE, a member of EC (UK Engineering Council) and a Fellow of the Higher Education Academy.

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