The possibility to additively produce ceramic components brings new opportunities for the building industry to explore the possibilities of incorporating components with specific design requirements. Our communication presents the application of ceramic materials as a contemporary solution for architectural production, enabling new uses and challenging functions, namely by discretising free-form geometries in components, integrating flexible interlocking connections and adding new performative and infrastructural features.The R&D presented on the communication was developed in the context of the Advanced Ceramics R&D Labinfo:eu-repo/semantics/draf
At present ceramic tiles are already being marketed with characteristics and performance features th...
Research in ceramic material systems at Harvard University has introduced a range of novel applicati...
This research project focuses on the production of ceramics via Additive Manufacturing (AM) techniqu...
In recent years there has been an increasing number of investigations that expand the way structures...
The present paper analyses the use and viability of computational design and digital fabrication too...
The book results from the exhibition SHARE—“Innovative and multifunctional ceramic products” present...
Research in ceramic material systems at Harvard University has introduced a range of novel applicati...
Additive Manufacturing (AM) opens new fields of research and development in the architectural design...
Additive Manufacturing (AM) technologies of ceramic components are powder technological routes inclu...
This paper presents the project "Materialize: physical and digital materials collection for design a...
The workshop Design and materials - Experiments with colors and textures for the creation of ceramic...
This paper presents the result of the event "Debate - Ceramics: technical and sensorial aspects in r...
The advent of Additive Manufacturing (AM) of ceramic, brought unprecedented possibilities for the bu...
The purpose of this document is to gather architectural research together with ceramics as the main ...
In recent years, various additive manufacturing (AM) technologies that are capable of processing ce...
At present ceramic tiles are already being marketed with characteristics and performance features th...
Research in ceramic material systems at Harvard University has introduced a range of novel applicati...
This research project focuses on the production of ceramics via Additive Manufacturing (AM) techniqu...
In recent years there has been an increasing number of investigations that expand the way structures...
The present paper analyses the use and viability of computational design and digital fabrication too...
The book results from the exhibition SHARE—“Innovative and multifunctional ceramic products” present...
Research in ceramic material systems at Harvard University has introduced a range of novel applicati...
Additive Manufacturing (AM) opens new fields of research and development in the architectural design...
Additive Manufacturing (AM) technologies of ceramic components are powder technological routes inclu...
This paper presents the project "Materialize: physical and digital materials collection for design a...
The workshop Design and materials - Experiments with colors and textures for the creation of ceramic...
This paper presents the result of the event "Debate - Ceramics: technical and sensorial aspects in r...
The advent of Additive Manufacturing (AM) of ceramic, brought unprecedented possibilities for the bu...
The purpose of this document is to gather architectural research together with ceramics as the main ...
In recent years, various additive manufacturing (AM) technologies that are capable of processing ce...
At present ceramic tiles are already being marketed with characteristics and performance features th...
Research in ceramic material systems at Harvard University has introduced a range of novel applicati...
This research project focuses on the production of ceramics via Additive Manufacturing (AM) techniqu...