Modelling of the Energy Needed for Heating of Capillary Porous Bodies

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The book delves into the heating processes of capillary porous bodies, transforming raw materials into industrial products with tailored properties. It explores efficient heating regimes and energy calculations, utilizing 3D and 2D non-linear models to analyze temperature distribution in both frozen and non-frozen states. The author presents an engineering approach for energy calculation, alongside user-friendly equations for energy components during heating. The findings are crucial for optimizing defrosting and freezing processes and serve as a valuable resource for technical education in engineering fields.