Titlebook: Advances in Informatics and Computing in Civil and Construction Engineering; Proceedings of the 3 Ivan Mutis,Timo Hartmann Conference proce

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,Aus der forstlichen Geräthekammer,e Model) and FRBRoo (Functional Requirements for Bibliographic Records—object oriented) is the source for create the building ontology, later connected to the model. The proposed methodology shows that linking geometric and semantic database into a BIM environment can improve heritage documentation.

Discrete

https://doi.org/10.1007/978-3-662-39898-2ment context. We investigate this question by thinking about how we can characterise HBIM, and what sort of information will give us further insights. Using published case studies as a source of secondary data, we have collected information about specific characteristics, which we analyse and use to

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,Aus der forstlichen Geräthekammer,technologies that its benefits have motivated its utilization in the transportation infrastructure, and their specific use for bridges is known as Bridge Information Modeling (BrIM). Currently bridges are being inspected biannually and only structural data are being recorded for their assessment. Th

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W. Weise (Rönigl. Forstmeister) across the dimensions. The structured and inter-connected dimensions provided by the framework can be used by field researchers as a point of departure to investigate a range of research questions from political, social or technical perspectives.

ALIAS

W. Weise (Rönigl. Forstmeister)tion which allows relevant planned projects information and inter-project conflicts to be processed in a standard computer interpretable manner. Ontology development was done through the analysis of project attributes of more than 30 highway agencies, review of existing ontologies, and interviews wi

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