Titlebook: Clay Printing; The Fourth Generatio Dennis de Witte Book 2022 The Editor(s) (if applicable) and The Author(s), under exclusive license to S

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Mechanik, Werkstoffe und Konstruktion im Bauwesenhttp://image.papertrans.cn/c/image/227267.jpg

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Additive Manufacturing H., & van Eyben, B.N., 2014, pp. 188-189), making it a production technology that adds layers at a macromolecular level. This selective deposition of material can be realised with a variety of technologies.

athlete’s-foot

Application the utilisation of AM for silicate ceramic (clay) building components will be shown on the basis of the first design ideas for what AM of clays can be used for within the built environment. The state of the art functions as a base and source of inspiration.

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Printing materialortant factor because the material has a significant influence on the final material properties of the printed part. The material is usually optimised for a production processes. The processes within silicate ceramic (clay) processing are engineered such that a broad spectrum of different mixtures can be used.

CHARM

Printer designals to facilitate the nozzle’s movement, and the extrusion mechanism itself, including the nozzle, which deposits the silicate ceramic (clay). The design of the robocasting AM process for clay materials is divided into the design of the manipulator and the design of the extrusion mechanism.

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2512-3238 M process, which production process could meet the defined demands regarding the final product, and which characteristics the printed clay products have..978-3-658-37160-9978-3-658-37161-6Series ISSN 2512-3238 Series E-ISSN 2512-3246

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