Effect of a moist-air flow on temperature prediction of a finite domain with source arrays using a combined analysis/finite element method
A useful method, involving the combined use of the analysis and the finite-element methods, has been successfully applied to study temperature distributions on a finite domain with source arrays, when a moist-air mixture flows over the domain. Previously reported analysis/finite element combined methodology has been confined to the slow convergence in series solution of the analytical method. The restriction can be removed by using Aitken's delta-squared process for accelerating in this paper. The results obtained have been compared with author's previous experimental data, and found to be agreeable.