3D-gedruckte monolithische Stahlbetonwände im CONPrint3D-reinforced Verfahren

Research output: Contribution to journal › Research article › Contributed › peer-review

Contributors

Abstract

Die Beton-3D-Druck-Technologie entwickelt sich sehr dynamisch und findet zunehmend praktische Anwendung. Die Integration von lastabtragender Bewehrung stellt jedoch weiterhin eine Herausforderung dar. Der vorliegende Aufsatz stellt drei neue Verfahren zur Herstellung von Stahlbetonvollwänden vor, die auf der von den Autoren entwickelten CONPrint3D-Technologie basieren. Im Einzelnen sind das: 1) das schichtweise Überdrucken von Bewehrungsmatten, die vor eine gedruckte Kernwand gehängt werden, 2) das seitliche additive Füllen eines Bewehrungskorbs sowie 3) das vollautomatische Aufbauen einer Bewehrungsstruktur mit unmittelbar darauffolgendem schichtweisen Umhüllen durch extrudierten Beton. Neben dem aktuellen Forschungsstand und den betontechnologischen Herausforderungen werden maschinenbauliche Entwicklungsansätze und die kalkulatorische Bewertung der neuen Verfahren im Vergleich mit etablierten Bauverfahren präsentiert.
Translated title of the contribution
Additive manufacturing of monolithic, steel-reinforced concrete walls using CONPrint3D-reinforced methods

Details

Original languageGerman
Pages (from-to)235-244
Number of pages9
JournalBeton- und Stahlbetonbau
Volume117
Issue number4
Publication statusPublished - 8 Mar 2022
Peer-reviewedYes

External IDs

Scopus 85126042640
Mendeley ab5fb2ac-9c73-3162-8505-898b2789ccf7
WOS 000766004100001
ORCID /0000-0002-3999-5186/work/142237876
ORCID /0000-0001-7157-2143/work/142245801
ORCID /0000-0002-9168-0835/work/145224357
ORCID /0009-0007-2559-908X/work/161888000

Keywords

Research priority areas of TU Dresden

  • Materials Science and Engineering - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete

DFG Classification of Subject Areas according to Review Boards

  • Primary and Forming Technology, Additives Manufacturing Processes - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete
  • Construction Material Sciences, Chemistry, Building Physics - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete
  • Structural Engineering, Building Informatics and Construction Operation - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete

Subject groups, research areas, subject areas according to Destatis

  • Automation Technology - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete
  • Building Materials Technology - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete
  • Construction Management - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete

Sustainable Development Goals

  • SDG 9 - Industry, Innovation, and Infrastructure - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete
  • SDG 11 - Sustainable Cities and Communities - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete

ASJC Scopus subject areas

  • Mechanical Engineering - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete
  • Building and Construction - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete

Keywords

  • Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete

Library keywords

  • 620 Engineering and allied operations - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete
  • 690 Construction of buildings - Beton-3D-Druck, Bewehrungsintegration, Vollwanddruck, CONPrint3D, Stahlbeton, Rheologie, Automatisierung, Herstellkosten, monolithic wall printing, rheology, 3D concrete printing, integration of reinforcement, automation, production costs, steel reinforced concrete, 3D concrete printing, CONPrint3D, automation, integration of reinforcement, monolithic wall printing, production costs, rheology, steel reinforced concrete