Second order effects in the wall jet

The second order effects for momentum and heat transfer in the Glauert's wall jet have been studied for moderately large value of Reynolds number by the method of matched asymptotic expansions. The second order boundary layer equations due to transverse curvature, longitudinal curvature and displacement effects have been analysed for locally-similar situations. For the heat transfer problem the two cases of prescribed wall temperature and that of an insulated wall have been studied to obtain the results for the heat transfer and the adiabatic wall temperature. The resulting equations are numerically integrated and the results are critically discussed.