Publication result detail

Quality and reliability of IFC/BIM models for public educational facilities construction projects via clash detection

JUSZCZYK, M.; VAIŠNORAS, M.; KONTRIMOVIČIUS, R.; HANÁK, T.; ŁUKASZEWSKA, H.; USTINOVICHIUS, L.

Original Title

Quality and reliability of IFC/BIM models for public educational facilities construction projects via clash detection

English Title

Quality and reliability of IFC/BIM models for public educational facilities construction projects via clash detection

Type

WoS Article

Original Abstract

This study investigates the reliability of monodiscipline IFC/BIM models in public construction projects of educational facilities through advanced clash detection and quantitative analysis. Data were collected from BIM models of two kindergartens and a school in Vilnius, Lithuania, representing different design disciplines. A mixed-methods approach was employed to analyse the number, types, and geometric characteristics of detected clashes. The research introduces innovative metrics, such as the Relative Quality Coefficient (RQC), Relative Uncertainty Coefficient (RUC), and Modified Relative Quality Coefficient (MRQC), to assess model quality and reliability quantitatively. The findings reveal a direct relationship between model complexity, clash detection precision, and the number of identified clashes, underscoring the importance of enhanced quality control measures in IFC/BIM models for public procurement. The study concludes that the implementation of these novel metrics can enhance the reliability of IFC/BIM models, thereby optimizing the design and construction process.

English abstract

This study investigates the reliability of monodiscipline IFC/BIM models in public construction projects of educational facilities through advanced clash detection and quantitative analysis. Data were collected from BIM models of two kindergartens and a school in Vilnius, Lithuania, representing different design disciplines. A mixed-methods approach was employed to analyse the number, types, and geometric characteristics of detected clashes. The research introduces innovative metrics, such as the Relative Quality Coefficient (RQC), Relative Uncertainty Coefficient (RUC), and Modified Relative Quality Coefficient (MRQC), to assess model quality and reliability quantitatively. The findings reveal a direct relationship between model complexity, clash detection precision, and the number of identified clashes, underscoring the importance of enhanced quality control measures in IFC/BIM models for public procurement. The study concludes that the implementation of these novel metrics can enhance the reliability of IFC/BIM models, thereby optimizing the design and construction process.

Keywords

IFC/BIM monodiscipline models, quality and reliability, building information modelling, clash detection, educational facilities, industry foundation classes, public construction projects

Key words in English

IFC/BIM monodiscipline models, quality and reliability, building information modelling, clash detection, educational facilities, industry foundation classes, public construction projects

Authors

JUSZCZYK, M.; VAIŠNORAS, M.; KONTRIMOVIČIUS, R.; HANÁK, T.; ŁUKASZEWSKA, H.; USTINOVICHIUS, L.

RIV year

2025

Released

20.01.2025

Publisher

VILNIUS GEDIMINAS TECH UNIV

Location

Vilnius, Lithuania

ISBN

1822-3605

Periodical

Journal of Civil Engineering and Management

Volume

31

Number

1

State

Republic of Lithuania

Pages from

1

Pages to

19

Pages count

19

URL

https://journals.vilniustech.lt/index.php/JCEM/article/view/23114

Full text in the Digital Library

http://hdl.handle.net/11012/255378

BibTex

@article{BUT196395,
  author="Michał {Juszczyk} and Mantas {Vaišnoras} and Robertas {Kontrimovičius} and Tomáš {Hanák} and Hanna {Łukaszewska} and Leonas {Ustinovichius}",
  title="Quality and reliability of IFC/BIM models for public educational facilities construction projects via clash detection",
  journal="Journal of Civil Engineering and Management",
  year="2025",
  volume="31",
  number="1",
  pages="1--19",
  doi="10.3846/jcem.2025.23114",
  issn="1392-3730",
  url="https://journals.vilniustech.lt/index.php/JCEM/article/view/23114"
}