Papers
4
Total Citations
1,029
H-Index
4
About
Philippe Roux is a pioneering researcher at the intersection of advanced construction technologies, materials science, and architectural innovation, with a particular focus on large-scale additive manufacturing and ultra-high-performance concrete (UHPC). His work has fundamentally reshaped how architects and builders approach complex structural fabrication, introducing novel processing routes that harness 3D printing to create geometrically sophisticated concrete elements previously considered impractical or impossible to produce at scale. Roux's most influential contribution, a 2016 paper on large-scale 3D printing of UHPC, has accumulated an impressive 924 citations, signaling its transformative impact on the construction and materials engineering communities. Building on this foundation, his subsequent research explored integrated and lost formwork systems produced through additive manufacturing, enabling the efficient fabrication of intricate architectonic structures such as truss-shaped pillars. These investigations reflect a deeply interdisciplinary approach, weaving together robotics, computation, material science, and design into cohesive workflows. Earlier work on graded polystyrene aggregate concrete further demonstrates Roux's breadth, extending into multi-objective structural optimization. For students and researchers interested in the future of construction, digital fabrication, and high-performance materials, Philippe Roux's body of work represents an essential and inspiring reference point.
Research Focus
Key Achievements
Top Papers
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