Results 11 to 20 of about 1,334 (192)
Coextrusion of Reaction‐Bonded Carbides by Robocasting [PDF]
Advanced Engineering Materials, 2023 Coextrusion by robocasting is a suitable process for fabricating multimaterial ceramic structures. Herein, the robocasting process is used to fabricate core–shell structures, combined with subsequent liquid silicon infiltration (LSI). Thus, reaction‐bonded silicon carbide (RBSC), reaction‐bonded boron carbide (RBBC), and reaction‐bonded silicon–boron ...
Marco Gradaus +4 more
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Robocasting of complex structural ceramics [PDF]
, 2020 Additive manufacturing (AM) has been recognized as a significant manufacturing method since it was developed in early 1980s. It is a technology usually based on 3D model files (CAD model) and layer by layer fabrication. Many AM technologies have been developed for manufacturing different range of materials such as metals and polymers while only a few ...
Cai, Qiaosong
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Support-strategies for Robocasting Ceramic Building Components [PDF]
eCAADe proceedings, 2023 The introduction of ceramic additive manufacturing technologies in the building industry offers unprecedented opportunities to architects and engineers towards a new brickarchitecture. Robocasting appears as a suitable technology to produce the medium- to large-scale components needed for building applications.
Wolf, Alexander +4 more
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Robocasting of Reaction-Bonded Carbides
, 2023 Additive manufacturing (AM) opens up numerous new application fields, especially in the field of ceramic-based materials. The possibility of producing complex structures without the need for expensive and time-consuming post-processing offers a variety of advantages, which is the reason for the high research activity in the field of AM of ceramics ...
Wahl, Larissa
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Si3N4 Parts Fabricated by Robocasting: Proof of Concept
MATERIAIS 2022, 2022 Additive manufacturing (AM) techniques in the category ‘material extrusion’, such as robocasting, can produce ceramic pieces from high-solid concentrated pastes [...
Mónica S. Faria +4 more
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Robocasting—Printing Ceramics into Functional Materials
, 2022 Functional ceramic materials with magnetic, electronic, piezoelectric, superconducting and other dielectric properties constitute an important field of materials research.
Uzma Malik +4 more
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Optimization of Ceramic Paste Composition for 3D Printing via Robocasting. [PDF]
Materials (Basel)This article presents a procedure for selecting optimal ceramic paste formulations dedicated to the 3D printing process using robocasting technology. This study investigated pastes with varying ceramic powder particle sizes and different proportions of additives, such as ceramic microspheres and nutshells.
Przybyła S +3 more
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Additive manufacturing of ceramics and ceramic composites via robocasting [PDF]
, 2017 In the last two decades additive manufacturing (AM) has emerged as a highly important and influential technology. A large range of approaches to AM have been developed which give rise to hundreds of distinct techniques. Many of these are specific to one material system, and only a handful have been successful at producing ceramic parts.
Feilden, Ezra
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Development of translucent zirconia by robocasting
Materials Letters, 2022 Partially translucent zirconia for dental applications was developed by robocasting using aqueous-based inks of zirconia doped with 5 mol.%Y2O3 as feedstock and a printing nozzle with 0.25 mm diameter. The manufactured samples were sintered at 1600 °C-2 h and characterized by crystalline phases, microstructure, mechanical properties and opacity.
Santos, Claudinei +3 more
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INVESTIGATION OF INSTRUMENTING ROBOCASTING PRINTER FOR CERAMIC SLURRIES [PDF]
, 2023 Robocasting has multiple steps from ceramic slurry preparation to sintering that can impact the end part quality. In-situ monitoring and process controls can aid in minimizing differences in the quality of printed parts. The study and impact of different parameters during the printing process and a parameter database will improve the quality between ...
McCleary, J. +5 more
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