作者: Ting-Yi Li , Henry T. Nagamatsu
DOI: 10.2514/8.2781
关键词:
摘要: d F where the suffix w refers to surface conditions. The condition of heat insulation at is simply 5 = Sw 0; in that case, Eq. (10) an identity, while problem reduces solution incompressible boundary-layer equation with a main-stream velocity Vi. For general cases flow across surface, we must, however, consider Eqs. (9) and (10), together boundary conditions, (15). If, (15), constant, can construct similar solutions for system, (9), To find such compressible equations, introduce/, g, v\ as follows: * -rVtfW (16) Swg(v) (17) Y ZVi7i (18) a, b, p, q are constant parameters satisfying following conditions simultaneously: dVi dZ K,z-vr (19)