Gabriele Ulacco

Papers

Total Citations

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About

Gabriele Ulacco is a pioneering researcher in digital fabrication and sustainable architecture, with a focus on additive manufacturing using natural materials. His work centers on the development of innovative 3D printing techniques for clay, addressing critical challenges in material viscosity, toolpath optimization, and setting times to enable scalable, eco-friendly construction processes. Ulacco's major contributions include the "Free Form Clay Deposition in Custom Generated Molds" (2016), which has garnered 9 citations for its novel approach to combining free-form printing with custom molds to produce complex architectural components. This research, along with his related study on sustainable fabrication processes (4 citations), simulates building methods that reduce waste and energy consumption. His project "TriVoc" (2014, 6 citations) further explores the integration of digital design and material behavior. Ulacco's work is notable for bridging experimental material science with practical architectural applications, offering a pathway toward more sustainable building practices. His investigations into clay-based 3D printing have positioned him as a key figure in the emerging field of bio-based digital fabrication, inspiring future research on environmentally responsible construction technologies.