Waste Estimation and Analysis of BIM for Deconstruction (BIMfD) Effectiveness Through Application of BIM-3D Scanning for Deconstruction Project

This study analyzed the deconstruction legislation and 11 existing deconstruction projects to derive the required information system and delay factors. To address these identified factors, a framework for introducing 3D scanning and BIM into deconstruction was proposed. The proposed framework comprises equipment selection, simulation methodology, and quantity estimation based on BIM material parameters. The results of the case application of the framework showed that it is effective in supporting decision-making through visualization and safety monitoring according to equipment movement. In addition, the process of calculating the actual weight and volume change rate of waste by utilizing the physical properties of the materials as BIM parameters can provide the information required for deconstruction.

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Publication Details

Journal
Korean Journal of Computational Design and Engineering
Published
2024-12-11
DOI
https://doi.org/10.7315/cde.2024.381
Primary Topic
BIM and Construction Integration
Type
article
Field-Weighted Citation Impact
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article

Waste Estimation and Analysis of BIM for Deconstruction (BIMfD) Effectiveness Through Application of BIM-3D Scanning for Deconstruction Project

Yoonpyo Lee, Jae-Jun Kim, Banseok Kim, Ie-Sle An
Korean Journal of Computational Design and Engineering
BIM and Construction Integration
article

Waste Estimation and Analysis of BIM for Deconstruction (BIMfD) Effectiveness Through Application of BIM-3D Scanning for Deconstruction Project

Yoonpyo Lee, Jae-Jun Kim, Banseok Kim, Ie-Sle An
article en

Abstract

This study analyzed the deconstruction legislation and 11 existing deconstruction projects to derive the required information system and delay factors. To address these identified factors, a framework for introducing 3D scanning and BIM into deconstruction was proposed. The proposed framework comprises equipment selection, simulation methodology, and quantity estimation based on BIM material parameters. The results of the case application of the framework showed that it is effective in supporting decision-making through visualization and safety monitoring according to equipment movement. In addition, the process of calculating the actual weight and volume change rate of waste by utilizing the physical properties of the materials as BIM parameters can provide the information required for deconstruction.

Korean Journal of Computational Design and EngineeringVol. 29(4)
Openalex Percentile: Top 76%
BIM and Construction Integration
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