3G.S.Altshuller.The innovation algorithm,TRIZ,systematic innovation and technical creativity[M].Technical Innovation Center,INC.,Worcester,1999.
4Wood Robert J K, Bahaj AbuBakr S, Tumock Stephen R, et al. Tribological design constraints of marine renewable energy systems[J]. Phil. Trans. R. Soc ,2010,368:4807 -4827.
5Errichello. Another perspective: false brinelling and fretting corrosion[J]. Tribology and Lubrication ,2004,60:34 - 36.
6Ionescu L, Pontius T. Main shaft support for wind turbine with a fixed and floating bearing configuration. Tapered double inner row bearing vs. spherical roller bearing on the fixed position [ EB/OL]. [ 2012 - 12 - 12 ]. http://www, timken, com/en- us/solutions/windenergy/Documents/TDICRBvsSRBSRB, pdf.
7Gonzalez J P, Casquero F J E, Gonzalez P, et al. Blade Bearing Friction and Fatigue Mathematical Model [ C ]// STLE/ASME Int. Joint Tribology Conf, Miami, FL, 20 - 22 October 2008 : 427 -431.
8Sheng S. Wind turbine micropitting workshop: a recap [ R ] . Technical Report, NREL/TP - 500 -46572,2010 : 10 - 14.
9Devlin, Mark. The effect of water contamination and oxidation on the fatigue life performance of wind turbine lubricants [ J ] ~. NLGI Spokesman,2004 ( 6 ) :22 - 30.
10Needleman W, Barris M, LaVallee G. Contamination control for wind turbine gearboxes [ J ]. Power Engineering, 2009,113 : 112 - 120.
