摘要
本文用数值方法求解了化学平衡的高超声速粘性激波层驻点线流场。考虑了辐射和质量引射对流场的影响。辐射模型采用线和连续谱模型。文中讨论了引射率、头部半径、来流速度对壁面传热的影响。与有关文献结果比较表明,本文的方法是可行的。
The chemical equilibrium viscous shock-layer equations at stagnation line are solved numerically in this paper. The effects of radiation and mass injection are considered. The detailed line and continuum radiation models are included. The flowfield is devided into two zone as the surface mass injected, one is from the surface to v= 0 in which contains the injected species, and the other is from v= 0 to the shock in which there are no injected species.The minimum free energy method is used in determining the species concentrations. The effects of different injection rates, nose radius and free stream velocities on the convective and radiative heat transfer are discussed. The results are compared with those from references and they agree quite well with each other.
出处
《空气动力学学报》
CSCD
北大核心
1992年第2期277-282,共6页
Acta Aerodynamica Sinica
基金
国家自然科学基金
关键词
辐射
引射
粘性激波层
mass injection, radiation, viscous shock-layer.
