M. Hoffmann

West Pomeranian University of Technology, Fraunhofer Institute for Production Systems and Design Technology

Papers

Total Citations

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About

M. Hoffmann is a researcher whose work spans the intersection of advanced construction technologies and innovative manufacturing processes, with a particular focus on 3D printing of concrete and high-performance materials. Hoffmann's most influential contribution, "Evaluation of suitability for 3D printing of high performance concretes" (2018), has garnered 48 citations and provides a comprehensive framework for assessing concrete mixes intended for additive manufacturing, examining critical parameters such as compressive strength, extrudability, and printing speed. Building on this foundation, Hoffmann's 2021 study on early-age mechanical properties of 3D-printed mortar incorporating spent garnet — cited 21 times — demonstrates a commitment to sustainable material innovation, exploring how industrial byproducts can effectively replace natural sand without compromising structural integrity. Beyond concrete technology, Hoffmann has also contributed to flexible manufacturing systems, investigating trochoid milling with industrial robots (2020, 10 citations), highlighting an interest in energy-efficient and versatile production methods. Together, these contributions reflect a multidisciplinary research profile that bridges structural engineering, materials science, and advanced manufacturing, making Hoffmann's work highly relevant for researchers and practitioners advancing the frontiers of construction automation and sustainable building technologies.