Enrichment and Preservation of Architectural Knowledge

Beetz, Jakob; Blümel, Ina; Dietze, Stefan; Fetahui, Besnik; Gadiraju, Ujwal; Hecher, Martin; Krijnen, TF Thomas; Lindlar, Michelle; Tamke, Martin; Wessel, Raoul; Yu, Ran

doi:10.1007/978-3-319-47647-6_11

Cited by 6 publications

(2 citation statements)

References 21 publications

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“…It is also clear the lack of a more general framework for inclusion and management of the whole system of information necessary for a full documentation of the artefact. Other projects, such as DURAARK -Durable Architectural Knowledge -project [19] [5], aimed at providing tools and methods for the Long-Term Preservation (LTP) of architectural artefact knowledge through the development of BIM models, also derived from point clouds, and of RDF datasets concerning architectural data with its internal and external relations. In this case, the research provided an insight of the potential of Semantic Web technologies and BIM to conserve and document the artefact during the time, providing a reference dataset to support preservation activities.…”

Section: Semantic-enriched Bimmentioning

confidence: 99%

BIM semantic-enrichment for built heritage representation

Simeone

Cursi

Acierno

2019

Automation in Construction

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In the built heritage context, BIM has shown difficulties in representing and managing the large and complex knowledge related to non-geometrical aspects of the heritage. Within this scope, this paper focuses on a domainspecific semantic-enrichment of BIM methodology, aimed at fulfilling semantic representation requirements of built heritage through Semantic Web technologies. To develop this semantic-enriched BIM approach, this research relies on the integration of a BIM environment with a knowledge base created through information ontologies. The result is knowledge base system-and a prototypal platform-that enhances semantic representation capabilities of BIM application to architectural heritage processes. It solves the issue of knowledge formalization in cultural heritage informative models, favouring a deeper comprehension and interpretation of all the building aspects. Its open structure allows future research to customize, scale and adapt the knowledge base different typologies of artefacts and heritage activities.

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Section: Semantic-enriched Bimmentioning

confidence: 99%

BIM semantic-enrichment for built heritage representation

Simeone

Cursi

Acierno

2019

Automation in Construction

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“…Brusaporci et al (2018) highlight the presence of criticism in the application of BIM for historical heritage. In particular, Lopez et al (2018), point out the existence of an ardent interest regarding the semi-automatic construction of H-BIM models, as also demonstrated by the two programmes, Duraark (Beetz et al, 2015) and Inception completed in the area of EU H2020 research framework program. However, in general, little interest is expressed in relation to themes such as, planning, cost estimation, analysis and simulation, residual and demolition management (Lopez et al 2018).…”

Section: Introductionmentioning

confidence: 99%

The Maximization of the 4th Dimension of the Building Site

Rotilio¹,

Laurini²,

Lucarelli³

et al. 2019

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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Abstract. The aim of the contribution is to elaborate the digitalization of the construction process and of the management of the construction for both the organization of work activity and safety on the building site. The BIM methodology requires a digital implementation of construction through the creation of virtual models pertaining to the various professions involved. The CoSIM, acronym for Construction Site Information Modelling, is the application of BIM in the building site and where the federated model of the design phase materializes. The goal of the methodology developed is to obtain an elevated quality standard of the project, while trying to maximise costs and time as much as possible to favour an increase in the level of safety and security on the building site. The BSS, Building Site Safety, will allow a maximization of the safety design, not only by graphically depicting work activity but also forming a digital system for the documentation of the building site. To support this, the model is integrated with a simple plug-in which contains a library of objects to use for the designing and planning of safety on site, from general information to state of emergency warning. Thanks to the combination of the CoSIM and the BSS we can have a reduction of the variant, a reduction of time and costs due to an improved planning of work activity and allows the worker to be aware of all the modalities of procedure before entering the building site.

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