Thomas Juul Andersen

Papers

Total Citations

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About

Thomas Juul Andersen is a leading researcher in digital fabrication and construction, with a primary focus on 3D concrete printing (3DCP) and advanced reinforcement techniques. His work bridges experimental characterization and computational modeling to optimize the layer geometry and structural integrity of printed concrete elements. Notably, his 2020 study on processing parameters and layer geometry has garnered 32 citations, providing foundational insights for print path design and material deposition control. Andersen’s 2019 paper on early-age concrete structural build-up, using oscillatory rheometry (25 citations), established critical methods for predicting printability and shape stability. He also pioneered SCRIM (Sparse Concrete Reinforcement in Meshworks), a novel reinforcement strategy that integrates mesh-like tensile elements into printed concrete, achieving 12 citations. Through these contributions, Andersen has advanced the understanding of rheological behavior and reinforcement integration in 3DCP, directly impacting the scalability and structural reliability of digital construction. His work is essential reading for researchers and engineers seeking to push the boundaries of automated, sustainable building technologies.