Balancing mechanical strength and surface texture in porous ceramics for handicraft design
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Porous ceramic structures are perfect for contemporary craft applications where both functionality and aesthetics are neededbecause they combine strength and surfaces that can be customized. This study investigates the effects of controlled porosityand pore size distribution (50-300 μm) on the surface characteristics and structural performance of ceramic forms meantfor artisanal use. According to conceptual analysis, compressive strengths of 20 to 50 MPa are adequate for both functionaland ornamental applications. The creation of complex shapes and textured finishes is made possible by the interconnectedpore network, which lowers bulk density and improves tactile qualities. The results provide a framework for optimizingceramic designs for modern craft practices by highlighting the connection between porosity, pore geometry, and mechanicalbehavior. In order to create lightweight, long-lasting, and adaptable products that combine traditional artistry and materialengineering, this work offers design guidelines for incorporating porous ceramics into craft applications.
Abstract
Porous ceramic structures are perfect for contemporary craft applications where both functionality and aesthetics are neededbecause they combine strength and surfaces that can be customized. This study investigates the effects of controlled porosityand pore size distribution (50-300 μm) on the surface characteristics and structural performance of ceramic forms meantfor artisanal use. According to conceptual analysis, compressive strengths of 20 to 50 MPa are adequate for both functionaland ornamental applications. The creation of complex shapes and textured finishes is made possible by the interconnectedpore network, which lowers bulk density and improves tactile qualities. The results provide a framework for optimizingceramic designs for modern craft practices by highlighting the connection between porosity, pore geometry, and mechanicalbehavior. In order to create lightweight, long-lasting, and adaptable products that combine traditional artistry and materialengineering, this work offers design guidelines for incorporating porous ceramics into craft applications.