Mipps: a Numerical Moving Boundary Model for Impulse Drying
نویسندگان
چکیده
A numerical moving boundary model has been developed to examine transient heat transfer and vapor-liquid displacement in impulse drying. The model, MIPPS, uses implicit, finitedifference forms of the mass, momentum, and energy conservation equations adapted for porous media. Predictions of water displacement, heat flux, and vapor pressure generation appear to be reasonable in light of available experimental data. While further work is needed, MIPPS represents a step toward understanding and improving innovative dewatering techniques for
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