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Source: https://mediatum.ub.tum.de/1731798 Parent: https://mediatum.ub.tum.de/1452138
mediaTUM GesamtbestandEinrichtungenSchools TUM School of Engineering and DesignDepartmentsMaterials EngineeringLehrstuhl Materials and Methods in Digital Construction (Prof. Lowke)
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Meier, Niklas;Herding, Friedrich;Zetzener, Harald;Mai, Inka;Lowke, Dirk;Kwade, Arno\ Surface modification of bulk material for particle bed 3D concrete printing – Effect on wettability, porosity, and mechanical properties\ Advanced Powder Technology\ 2025\ 36\ 12\ 105123
Senthilnathan, Shanmugaraj;Raphael, Benny\ Predicting Buildability Using the Surface Texture of 3D Printed Concrete Elements\ Journal of Architectural Engineering\ 2025\ 31\ 2
Haripan, Vislavath;Senthilnathan, Shanmugaraj;Santhanam, Manu;Raphael, Benny\ Printability assessment of concrete 3D printed elements with recycled fine aggregate\ Construction and Building Materials\ 2025\ 500\ 144187
Senthilnathan, Shanmugaraj;Raphael, Benny\ Using Computer Vision for Monitoring the Quality of 3D-Printed Concrete Structures\ Sustainability\ 2022\ 14\ 23\ 15682
Raphael, Benny;Senthilnathan, Shanmugaraj;Patel, Abhishek;Bhat, Saqib\ A review of concrete 3D printed structural members\ Frontiers in Built Environment\ 2023\ 8
Senthilnathan, Shanmugaraj;Raphael, Benny\ Quality monitoring of Concrete 3D printed elements using computer vision-based texture extraction technique\ Proceedings of the International Symposium on Automation and Robotics in Construction (IAARC)\ International Association for Automation and Robotics in Construction (IAARC)\ 2023
Senthilnathan, Shanmugaraj;Raphael, Benny\ Buildability assessment of 3D printed concrete elements through computer vision\ Proceedings of the International Symposium on Automation and Robotics in Construction (IAARC)\ International Association for Automation and Robotics in Construction (IAARC)\ 2024
Haripan, Vislavath;Senthilnathan, Shanmugaraj;Gettu, Ravindra;Santhanam, Manu;Raphael, Benny\ Open time and extrudability performance analysis of 3D printed concrete with recycled concrete fine aggregates using rheological and computer vision techniques\ Digital Concrete 2024 - Supplementary Proceedings\ 2024
Zhang, Yi;de Lima, Lucas Nascimento;Böhler, David;Arunothayan, Arun;Babafemi, Adewumi John;Baz, Bilal;Caneda-Martinez, Laura;De Schutter, Geert;Du, Hongjian;Freund, Niklas;Gao, Yangyunzhi;Hanžič, Lucija;Jain, Smrati;Jiang, Zhengwu;Keita, Emmanuel;Lowke, Dirk;Mai, Inka;Muthukrishnan, Shravan;Ren, Qiang;Sapata, Alise;Sinka, Maris;Snguanyat, Chalermwut;Šter, Katarina;Van Der Putten, Jolien;Wang, Zhendi;Wangler, Timothy;Van Tittelboom, Kim\ Durability assessment of 3D printed cement-based materials: a RILEM TC 304-ADC interlaboratory study\ Materials and Structures\ 2025\ 58\ 9
Xu, Zhisong;Sun, Wen;Miao, Shenglong;Li, Shuchen;Liu, Jiaping\ Effect of container geometry induced slippage on rheological measurement of fresh cement-based materials using coaxial cylinder rheometer\ Construction and Building Materials\ 2025\ 471\ 140790
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