BIM im Verkehrswegebau am Beispielprojekt „Verfügbarkeitsmodell A 10/A 24“

Tschickardt, Thomas; Krause, Daniel

doi:10.1002/bate.201800104

Cited by 8 publications

(4 citation statements)

References 2 publications

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“…In addition, monitoring and analysis of data and information including the traceability of changes is possible. Consequently, errors and inconsistencies in the planning and construction phase can be reduced [18]. Regarding the aspect of data consistency, all domain-specific subject models necessary for the coordination and execution of a project can be stored in a CDE [14].…”

Section: Features Of a Cdementioning

confidence: 99%

Data driven planning and approval processes of public road construction projects

Matthei,

Klemt‐Albert

2023

ce papers

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Planning and approval processes in Germany still take many years in some cases. According to the Federal Ministry for Digital and Transport digitalization must be used to pick up the pace and achieve progress. In this context, digital methods and applications such as a Common Data Environment (CDE) promise to accelerate and increase the efficiency of road construction projects. This paper first provides an illustration of the main purposes and functions of a CDE. This includes an in‐depth study of current national and international regulations. Subsequently, challenges and optimization opportunities related to the planning and approval process are identified. To this purpose, a quantitative research approach questioning employees from state and federal road construction administrations is carried out. This study identifies improvement potentials through a CDE application especially regarding tracing and transparency. According to the study, the planning and approval process needs to get digitalized, simplified and shorten. Therefore, future research needs to address the question of how to implement a cross‐country CDE for planning and approval processes that interfaces with various state and federal systems without displacing them.

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Section: Features Of a Cdementioning

confidence: 99%

Data driven planning and approval processes of public road construction projects

Matthei,

Klemt‐Albert

2023

ce papers

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“…For the practical implementation of the BIM methodology, several key terms are becoming established, with the project execution plan (BEP) regulating BIM-based collaboration. This serves to achieve the aims defined in the employer information requirements (EIR) regarding the processing of the use case wherever there is a need to exchange data between the various specialisations [9,10].…”

Section: Bim In Linear Infrastructure Constructionmentioning

confidence: 99%

BIM‐Anwendungsfall (AwF) Abrechnung‐Vortrieb am Beispiel des Zentrums am Berg

Wenighofer

Waldhart

Eder

et al. 2020

Geomechanics and Tunnelling

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BIM modelling of infrastructure works is controlled by a global market consisting of few software suppliers and is contingent upon the functions provided by them. Customization options furnished by the software suppliers often enable enhancement of functions, which is essential for infrastructure BIM although not completely available. This enables improved interoperability of the software tools used in this area. IFC is most likely to become an established international format for data exchange with its constant but also intricate further development. However, in underground infrastructure construction, both international and national standards are used and the integration of the latter in IFC cannot be anticipated. Hence, the implementation of BIM has to apply national standards in the use cases of collaborative data exchange among the different disciplines in tunnelling. In this contribution, the use case of payment of excavation classes and its implementation in a BIM environment are addressed. It discusses the interoperable interlinkage of software tools commonly used in construction to generate consistent digital data transfer and it underscores the need for an interdisciplinary agreement to integrate national standards into adequate practice for the implementation of BIM.

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“…Researchers have been concentrating their efforts in the past few years on evaluating the advantages of employing digital tools and procedures to support road infrastructures and transport facilities throughout their whole life from performance management and maintenance to strategic planning, design and construction [13][14][15][16][17][18][19][20][21][22][23][24][25].…”

Section: Introductionmentioning

confidence: 99%

VIASTRATA®: The New Frontiers of BIM for the Digitalisation and Management of Infrastructures

Antonio Biancardo,

Intignano,

De Paola

et al. 2024

Civil Engineering

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Building information modelling for infrastructure (I-BIM) is used for creating and managing data during the design, construction, and operations process of roads, railways, and airports. I-BIM integrates multi-disciplinary data to create detailed digital representations that are managed in an open cloud platform for real-time collaboration. The newly founded university spin-off VIASTRATA aims to develop digital information management methods and tools for the design and construction of roads, railways, airports and hydraulic works. Its scope also includes interventions on existing constructions and ultimately aims to the creation and products with high technological value and innovative BIM services. The chapter covers structured and innovative methodologies for designing, modelling and managing transport and hydraulic infrastructures leveraging BIM. To this end, the operation of an algorithm developed in visual programming language that realises the parametric model of a road dynamically from data contained in a spreadsheet is described.

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BIM im Verkehrswegebau am Beispielprojekt „Verfügbarkeitsmodell A 10/A 24“

Cited by 8 publications

References 2 publications

Data driven planning and approval processes of public road construction projects

Data driven planning and approval processes of public road construction projects

BIM‐Anwendungsfall (AwF) Abrechnung‐Vortrieb am Beispiel des Zentrums am Berg

VIASTRATA®: The New Frontiers of BIM for the Digitalisation and Management of Infrastructures

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