BIM in Industrial Prefabrication for Construction

Schreyer, Marcus; Pflug, Christoph

doi:10.1007/978-3-319-92862-3_25

Cited by 2 publications

(2 citation statements)

References 7 publications

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“…Yet, this dealing causes redundant data which is often not synchronised and thereby produces inconsistent data all the same [16]. In the case of parametric geometry and object descriptions, even more extensive dependencies between geometric and non-geometric properties of an object are required [17]. Even though parametric dependencies are not a main focus in this publication, the need for parametric dependencies between geometry descriptions and nongeometric information is an important reason for taking the potential of adding metadata to geometry representations into account during our evaluation.…”

Section: Geometry In Other Contextsmentioning

confidence: 99%

“…The Common Shape Ontology (CSO) [37] defines names for shapes contained in geometry descriptions. The latter is the result of the European research project AIM@SHAPE 17 and presents a vocabulary for shapes in general to be used on geometry description files. This is similar to approaches that are used to annotate images, videos, audio and are often based on the MPEG-7 standard (XML), which is also available in OWL 18 .…”

Section: Annotation Of Geometrymentioning

confidence: 99%

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Representing construction-related geometry in a semantic web context: A review of approaches

Wagner

Bonduel

Pauwels

et al. 2020

Automation in Construction

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The exchange of construction-related data over the Web via Semantic Web Technologies is gaining interest in current research. However, most research focuses on non-geometric data, neglecting the description of geometry. While several methods to include geometry descriptions into a Semantic Web context exist, no uniform approach or general recommendation exists for the endeavour of describing building components in their entirety -including geometric descriptions -, leading to an increased suspension in applying Semantic Web Technologies in the construction domain. To therefore ease the description of geometric data in a Semantic Web context, we conduct an extensive literature review and analyse the identified, oftentimes isolated implementations for geometry descriptions in that context, with focus on requirements set by domain-specific use cases. Based on this analysis, we group the currently available implementations into approaches and compare them to offer means for deciding on which approach or implementation suits individual use cases.The identified approaches vary in their depth of the geometry description's integration into the Semantic Web and are subsequently studied regarding their overall aptness and characteristics in consideration of their application for future industry and research projects. In respect of the ongoing research in the field of the application of Semantic Web Technologies, not only in the construction domain, this article poses as an important foundation by giving a clear overview of existing implementations and relevant open research questions. Having this overview, the suspense for adapting to Semantic Web methods for describing geometries can be overcome by users more easily, while software developers can start to connect their clients' use cases to suitable approaches and related implementations to represent geometry in a Semantic Web context.

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Section: Geometry In Other Contextsmentioning

confidence: 99%

Section: Annotation Of Geometrymentioning

confidence: 99%

Representing construction-related geometry in a semantic web context: A review of approaches

Wagner

Bonduel

Pauwels

et al. 2020

Automation in Construction

View full text Add to dashboard Cite

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Analysis on Risk Control of Civil Engineering Cost Based on BIM Technology

Yang

2021

IOP Conf. Ser.: Earth Environ. Sci.

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With the rapid development of my country’s construction industry, people’s requirements for construction quality and safety control are becoming more and more stringent. However, the results are often unsatisfactory, and the cost risk in civil engineering construction still cannot be effectively controlled. This article aims to study the risk control analysis of civil engineering costs based on BIM technology. This article analyzes the experiment from the perspective of quantification. The Experimental Integration Facility Engineering Center has conducted research on multiple BIM projects and learned about the actual operation status of these projects. Then summarize the actual effect of BIM technology. Experimental data shows that the use of BIM technology can improve the quality of design, quickly determine project cost, control design changes, avoid rework, and reduce costs. The experimental results show that the use of BIM can reduce the time used to estimate the cost to 35%, the accuracy of the estimate is controlled to <5%; the extra-budgetary changes are reduced to 70%; through the discovery and resolution of conflicts, the contract price is reduced by 13%; The project time has been reduced by 10%, and investment income can be obtained relatively quickly. Therefore, the research on construction hazard management and control based on BIM technology can not only promote the development of BIM information technology, but also make up for the inefficient and imperfect defects of hazard management and control, and greatly improve the cost risk of civil engineering.

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BIM in Industrial Prefabrication for Construction

Cited by 2 publications

References 7 publications

Representing construction-related geometry in a semantic web context: A review of approaches

Representing construction-related geometry in a semantic web context: A review of approaches

Analysis on Risk Control of Civil Engineering Cost Based on BIM Technology

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