Papers
2
Total Citations
24
H-Index
2
About
Dongyu Liu is a pioneering researcher at the intersection of sustainable architecture, prefabricated construction, and robotic 3D printing. His work focuses on developing multidimensional algorithmic models to optimize building geometric 3D ratios—specifically indoor room proportions—to dramatically reduce carbon emissions in the built environment. Liu’s major contributions include establishing quantitative frameworks that link architectural design parameters directly to carbon efficiency, demonstrating how intelligent spatial geometry can serve as a passive carbon reduction strategy. His most cited paper (15 citations) introduces a novel 3D ratio model for prefabricated decoration in chain hotel buildings, integrated with robot in-situ 3D printing techniques, while his second most cited work (9 citations) derives optimal-threshold models for maximizing carbon savings through prefabricated 3D printing design. Despite being early in his career, Liu’s research is notable for bridging computational design, construction robotics, and environmental sustainability—offering actionable pathways for the construction industry to achieve net-zero targets. His work represents a forward-looking synthesis of digital fabrication and green building science.
Research Focus
Key Achievements
Top Papers
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