超声速平板突起物与双锥绕流实验分析

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1、国防科学技术大学研究生院硕士学位论文4.1超声速平板突起物模型.................................................................................284.2平板直立圆台绕流流场结构.........................................................................294.3拟序涡结构时间演化特性.............................................................

2、................314.4不同高度圆台绕流的流场比较.....................................................................354.5方柱突起物绕流研究.....................................................................................384.6小结......................................................................

3、...........................................41第五章超声速双锥绕流研究...........................................................................435.1双锥模型.........................................................................................................435.2超声速双锥绕流流场结构.................

4、............................................................495.3双锥流场时间演化特性.................................................................................515.4不同双锥模型流场的对比.............................................................................545.4.1瞬态流场对比.................

5、.....................................................................555.4.2时间平均的NPLS图像......................................................................585.5小结.................................................................................................................61

6、第六章总结与展望.........................................................................................63致谢..............................................................................................................65参考文献..............................................................

7、.............................................66作者在学期间取得的学术成果...........................................................................70第II页万方数据国防科学技术大学研究生院硕士学位论文表目录表2.1KD-03风洞流场基本参数...................................................................................9表5.1双锥尺寸....

8、...............................................