2022
DOI: 10.1016/j.autcon.2022.104432
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Design and optimization of free-form surfaces for modular concrete 3D printing

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Cited by 11 publications
(5 citation statements)
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References 26 publications
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“…Parametric design enhances the adaptability of discrete design by adjusting parameter values to control the morphology and arrangement of discrete modules. For instance, Tošić et al [23] combined discrete differential geometry with the response surface methodology to perform the multi-objective optimization of globally parameterized shapes, exemplifying how parametric design can improve discrete design under specified constraints. However, the practical realization of these shell structures in actual construction projects remains pending.…”
Section: Parametric and Discrete Designmentioning
confidence: 99%
“…Parametric design enhances the adaptability of discrete design by adjusting parameter values to control the morphology and arrangement of discrete modules. For instance, Tošić et al [23] combined discrete differential geometry with the response surface methodology to perform the multi-objective optimization of globally parameterized shapes, exemplifying how parametric design can improve discrete design under specified constraints. However, the practical realization of these shell structures in actual construction projects remains pending.…”
Section: Parametric and Discrete Designmentioning
confidence: 99%
“…This case study from a research project conducted at TU Dresden focuses on mass customising modular, filigree, segmented shells' coupling and validating design with an additive manufacturing process [65]. The shells are generically applicable for constructions requiring larger spans and free areas, such as aesthetic roofs or pavilion buildings.…”
Section: Double-curved Shell Systemsmentioning
confidence: 99%
“…The necessary parameters to instantiate and orient all modules for the detailing of modules are computationally derived from the pq-mesh. For the given design model, the generation of fabrication information is also the subject of the research project, currently via the machine data-oriented programming language g-code [65]. The data exchange involves all data required for the developed additive manufacturing process, such as the description of the printing path of the thickened edges, the infill and textile reinforcement, the drilling position, the diameter, and the depth.…”
Section: Double-curved Shell Systemsmentioning
confidence: 99%
“…Während andere Industriezweige schon seit vielen Jahrzehnten in die Automatisierung und Rationalisierung ihrer Produktionsanlagen investieren und in der Folge enorme Produktivitätssteigerungen verzeichnen konnten, ist die Baubranche nach wie vor in weiten Teilen handwerklich geprägt und kann nur ein geringes Produktivitätswachstum vorweisen [1]. Die Forschung beginnt dabei bei der Geometriegenerierung [4,5], der modularen Zerlegung [6][7][8][9][10] sowie der Entwicklung von modularen Baukastensystemen [11]. Die fertigungsbedingten Toleranzen der Module sowie ihrer Schnittstellen werden analysiert bzw.…”
Section: Einführungunclassified
“…Räumliches Flächentragwerk aus 3Dgedruckten BetonrahmenIm folgenden Beispiel wird die Benchmarkaufgabe mithilfe der 3D-Drucktechnologie gelöst, die Gegenstand der Entwicklungen im SPP-Projekt ACDC (Adaptive Concrete Diamond Constructions) an der TU Dresden ist[4,23,44]. Ziel dieses Brückenentwurfs ist insbesondere, eine diskrete Schalenstruktur von 2D (in der Fläche) auf 3D (im Raum) zu übertragen.…”
unclassified