Based on available data on the kinetics of the buildup of the wall thickness of the ceramic molding layer cast from an aqueous slip into a porous mold, a theoretical computational model is proposed that makes it possible to predict the casting process for different slips and differently designed molds. The model is tested for molding layers cast from aqueous slips based on quartz and lithium aluminosilicate glasses and can be used to cast molds from other materials. The model provides ways toward effective control of the molding process by the use of properly designed molds.
Refractories and Industrial Ceramics – Springer Journals
Published: Oct 9, 2004
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