现代机械
現代機械
현대궤계
MODERN MACHINERY
2015年
3期
49-51
,共3页
风力机%叶片设计%翼型%气动性能
風力機%葉片設計%翼型%氣動性能
풍력궤%협편설계%익형%기동성능
wind turbine%blade design%wing profile%aerodynamic properties
叶片作为风力发电机最关键的部件，其气动特性好坏对于风力发电至关重要。以750 kW风力机叶片为例，采用Wilson设计方法对叶片进行设计。在此基础上，应用流体计算软件CFD对所选翼型进行气动分析，得出翼型表面压力随攻角变化关系。该方法可提高风力机叶片等复杂曲面的建模效率并可对叶片后续的气动性能分析奠定基础。
葉片作為風力髮電機最關鍵的部件，其氣動特性好壞對于風力髮電至關重要。以750 kW風力機葉片為例，採用Wilson設計方法對葉片進行設計。在此基礎上，應用流體計算軟件CFD對所選翼型進行氣動分析，得齣翼型錶麵壓力隨攻角變化關繫。該方法可提高風力機葉片等複雜麯麵的建模效率併可對葉片後續的氣動性能分析奠定基礎。
협편작위풍력발전궤최관건적부건，기기동특성호배대우풍력발전지관중요。이750 kW풍력궤협편위례，채용Wilson설계방법대협편진행설계。재차기출상，응용류체계산연건CFD대소선익형진행기동분석，득출익형표면압력수공각변화관계。해방법가제고풍력궤협편등복잡곡면적건모효솔병가대협편후속적기동성능분석전정기출。
As the most important part of wind turbine,the aerodynamic properties of blade have crucial influence on wind power generation.In this paper,the blade of 750 kW wind turbine is designed through Wilson method.Based on the de-sign,an analysis with the aerodynamic properties of the sample wing profile is carried out with the liquid computing software CFD,and how the wing profile’s surface pressure changes as the angle of attack changes is also found out.With this meth-od,the modeling efficiency of blade’s complex surfaces can be improved,and the subsequent aerodynamic analysis of the blade can be conducted based on this model.
