Supporting automated Constructability checking for formwork construction

An ontology

Research output: Contribution to journalArticle

1 Citation (Scopus)

Abstract

Constructability review has been an ongoing area of research to support integrated design and construction processes for decades. As the evolution of Building Information-modeling (BIM) shows great potential to motivate integrated design and delivery, the current manual review process, which is timeconsuming and error-prone, is facing a transformation with the adoption of advanced technology in a more collaborative environment. Focusing on reinforced concrete structural elements, the current work developed an ontology of constructability review to support automated constructability review through the employment of BIM. Underlying interdependencies between design and construction were identified, along with the associated information requirements to pursue the automated constructability reasoning. The constructability relationships with associated information requirements and its applicability, were validated through a series of expert interviews and a case study. The established constructability ontology underpins the understanding of the constructability concepts for the benefits of integration, and the implementation of these concepts with proactive construction-specific design feedback. Unlike the fragmentation of traditional project delivery, the encouragement of construction input at early design stages has been found to promote close collaboration among different project participants with consistent commitments, leading to integrated design and construction.

Original languageEnglish (US)
Pages (from-to)456-478
Number of pages23
JournalJournal of Information Technology in Construction
Volume21
StatePublished - Nov 1 2016

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Ontology
Reinforced concrete
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All Science Journal Classification (ASJC) codes

  • Civil and Structural Engineering
  • Building and Construction
  • Computer Science Applications

Cite this

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abstract = "Constructability review has been an ongoing area of research to support integrated design and construction processes for decades. As the evolution of Building Information-modeling (BIM) shows great potential to motivate integrated design and delivery, the current manual review process, which is timeconsuming and error-prone, is facing a transformation with the adoption of advanced technology in a more collaborative environment. Focusing on reinforced concrete structural elements, the current work developed an ontology of constructability review to support automated constructability review through the employment of BIM. Underlying interdependencies between design and construction were identified, along with the associated information requirements to pursue the automated constructability reasoning. The constructability relationships with associated information requirements and its applicability, were validated through a series of expert interviews and a case study. The established constructability ontology underpins the understanding of the constructability concepts for the benefits of integration, and the implementation of these concepts with proactive construction-specific design feedback. Unlike the fragmentation of traditional project delivery, the encouragement of construction input at early design stages has been found to promote close collaboration among different project participants with consistent commitments, leading to integrated design and construction.",
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