大型風輪葉片設計技術的現狀與發展趨勢

                    參考文獻
[1] Tony Burton，David Sharpe，Nick Jenkins，Ervin Bossanyi. Wind energy handbook[M]，John wiley＆Sons，LTD.，England，2001．
[2] M. Jureczko，M. Pawlak，A. Mezyk. Optimization of wind turbine blade[J]．Journal of Materials Processing Technology，2005,167:463-471．
[3] J. L. Tangler，D. M. Somers. NREL Airfoil Families for HAWTs [J]，National Renewable Energy Laboratory，Colorado，USA，1995．
[4] Bir，G. S.，Migliore，P. G. . A computerized method for prelimina-ry structure design of composite wind turbine blades[J]．Proceed-ings of the AIAA/ASEM wind energy symposium，2001，Paper No.AIAA-2001-0022，pp：26-37．
[5] 高克強，李新華．RTM夾芯制品成型技術及其在汽車制品上的應用[J].纖維復合材料，2001,18(1):27-31．
[6] Bechly M. E.，Clausen P. D. . Structure design of a composite wind turbine blade using finite element analysis[J]．Computers＆Struc-ture，1997，63(3):639-646.
[7] Dr. Jiangtao Wei，Tian Ye，Tian Weiguo. Derivation and validation of a beam type FE model of a glass fibre blade for blade and wind turbine load analysis[J]．ZhongHang(Baoding)Huiteng windpower equipment C.，Ltd.，2003．
[8] Andrew T Lee,BE(Hons).Compliant blades for wind turbines[J]．IPENZ Transations，1999，26(1)．
[9] W. C. de Goeij，M. J. L. van Tooren，A. Beakers. Implementation of bending-torsion coupling in the design of a wind-turbine rotor-blade[J]．Applied Energy 1999,63:191-207.
[10] JOOSSE P A，VAN DELFT D R V，KENSCHECHR，et al. Cost effective large blade components by using carbon fibers[J]．Jour-nal of solar energy engineering:Transactions of the ASME，2002:124.
[11] 楊軍．擁硅者享太陽能風電設備盼國產[J].新財富，2006,(58):76-78．
[12] 張曉明．風力發電復合材料葉片的現狀和未來[J]．纖維復合材料，2006，23(2)：60-63．
[13] San Diego. California，Knight＆Carver Builds First STAR Blade for the DOE.http//www．renewableenergyaccess.com/.
[14] 鐘方國,趙鴻漢.風力發電發展現狀及復合材料在風力發電上的應用[J].纖維復合材料,2006,23(3):48-54.