Ceramic AM and Beyond (2024-11)¶

In recent years, there has been a surge in research investigating additive manufacturing's application in architectural component production, unlocking new possibilities. This interest has spurred exploration into novel materials and applications. Digital design and additive manufacturing synergize to create advanced building systems, adapted to specific contexts. This study focuses on employing these technologies to develop advanced building systems using ceramics, leveraging their compressive strength while addressing weaknesses through complementary materials. Topological optimization guides material distribution, creating a hybrid system that optimally responds to distinct forces. Design for assembly and disassembly principles ensure reversibility and high repairability, facilitating easy component replacement without significant constraints. The integrated approach, from design to production, yields a sustainable constructive system by rationalizing material use. This innovative framework showcases the potential for more adaptable, resilient, and environmentally conscious architectural solutions.