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压敏漆测量三角翼模型气动载荷的超声速风洞实验
引用本文:向星居,郎卫东,熊红亮.压敏漆测量三角翼模型气动载荷的超声速风洞实验[J].气动实验与测量控制,2010(3):81-86.
作者姓名:向星居  郎卫东  熊红亮
作者单位:中国航天空气动力技术研究院,北京100074
基金项目:致谢:特别感谢626所张永存老师为本次试验模型喷涂压敏漆,感谢中科院化学所陈柳生老师为试验提供的压敏漆.
摘    要:采用压敏漆在超声速风洞中测量三角翼模型气动载荷,得到了应用压敏漆测压与天平测力相结合获取的三角翼模型气动载荷对比实验结果。简述了压敏漆原理、标定、试验设置和数字图像数据处理方法。由于尺寸限制,模型没有开设测压孔。对三角翼模型进行了数值计算,对试验和计算得到的结果进行了比较分析。

关 键 词:压敏漆  天平  三角翼  气动载荷  数字图像处理

Application of pressure sensitive paint on aerodynamic load measurement of delta wing model in supersonic wind tunnel
Authors:XIANG Xing-ju  LANG Wei-dong  XIONG Hong-liang
Institution:(China Academy of Aerospace Aerodynamics,Beijing 100074,China)
Abstract:Experiments of pressure sensitive paint on delta wing in supersonic wind tunnel are presented.The pressure measurment results by pressure sensitive paint were compared with balance measurment results to get load on delta wing model.Physical principle of PSP,calibration,experiment setup and digital image processing methods are briefly described.As the model size is small,there are no pressure taps.The numerical solution to delta wing and comparison between PSP result and numerical solution result were made.
Keywords:pressure sensitive paint  balance  delta wing  aerodynamic load  digital image processing
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