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Air temperature calculation in hot airways: a critique and new solution.
Danko-D; Mousset-Jones-P; McPherson-J
MISSING, 1988; :1-11
A general solution of the heat conduction in the infinite rock mantle is provided to allow air temperature change with time using the superposition technique and the nondimensional age function. Completely dry and wet surfaces are assumed, and the development of a computation algorithm is described to predict sensible and latent heat transfer in an airway developed in a homogeneous infinite solid. The model can be used with arbitrary temperature and moisture variation of the inlet air with time, while the variations can continuously adjust for changes with distance. Therefore the computation algorithm correctly handles the prehistory of the heat and moisture transfer and can be used when seasonal or periodic variation or a rapid continuous temperature increase, e.g., during mine fire simulation, occurs.
Heat conduction; Air temperature; Algorithms; Temperature effects; Mining; Mine fires
Univ. of Nevada-Reno & California Berk
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