Abstract
Propagation of a laminar jet of a thermodynamically equilibrious “gray” gas is examined in the boundary layer theory approximation. The one-dimensional radiative energy transport is accounted for in the P 1 approximation of the spherical harmonic method. Numerical solution of the problem is made under additional simplifying assumptions for various values of the radiation parameters to illustrate the radiation effect. The method and the computational scheme used are applicable to the study of complex jet flows of a radiating gas.
Keywords
Radiation Boundary Layer Radiative Energy Radiation Effect Theory Approximation
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References
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