Abstract: | The turbulent boundary layer in an immersed air jet traveling along a burning graphite wall is analyzed. In order to study the heat and mass transfer and the friction in the boundary layer, a method of calculation based on the solution of the integrated energy and momentum relations is employed, allowing for the conservative properties of the turbulent boundary layer at the wall 1].Notation x
longitudinal coordinate
- y
transverse coordinate
- s
height of slot
-
thickness of boundary layer
- *
displacement thickness
- **
momentum-loss thickness
-
velocity
- j
transverse mass flow (flux)
-
density
- T
temperature
- i
total enthalpy
-
temperature factor
- 1
enthalpy factor
- k
reduced concentration of the i-th component
-
tangential stress
- b
permeability parameter
- C1
form (shape) parameter
-
dynamic viscosity coefficient
- c
f
friction coefficient
-
relative friction coefficient
Translated from Zhurnal Prikladnoi Mekhaniki i Tekhnicheskoi Fiziki, No. 1, pp. 60–67, January–February, 1971. |