摘要
基于流体网络法,集成大量的计算流体力学数值模拟数据,完成对直齿直通式篦齿封严的计算模型的开发,并采用商业软件Flowmaster GT版对其进行验证,结果表明:该模型对于直齿直通式篦齿封严的模拟准确度较高,对于包含超声速壅塞流动下的各种流动状态具有较广的适用性,只需基本的几何特征参数并定义进出口边界条件即可进行模拟,计算收敛性好,而且对于非直齿式的直通式封严结构也具有一定的适用性,因此可以作为二次空气系统一维数值仿真的标准化模型使用.
The main destination was to develop the analytical model of rectang straight through labyrinth seal based on fluid network method. Plenty of computat dynamics simulation data was integrated, and the model was verified by commercia Flowmaster GT version. The results show that the analytical model developed has cision, and can be used under complicated conditions including super-sonic flow. metric features and well, and be used as straight t a standar boundary conditions hrough seals with diff d model in secondary are required for modeling, convergence erent shapes can be modeled as well. Th air system lation widely. ular tooth ional fluid 1 software high pre- Only geoerforms us, it can
出处
《航空动力学报》
EI
CAS
CSCD
北大核心
2012年第10期2180-2187,共8页
Journal of Aerospace Power
基金
国家自然科学基金(51176004)
