Structural Information Modeling – Die digitale Transformation der Bauwerksdiagnostik

Schacht, Gregor; Fritsch, Christina; Voigt, Chris; Ewert, Eric; Arndt, Ralf

doi:10.1002/dama.202210024

Cited by 2 publications

(3 citation statements)

References 13 publications

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“…BIM has three main components: Data Structure, Data Exchange Definitions and Terminologies. Within the Data Structure, the digital building information model, referred to NDT-CE 2022 -The International Symposium on Nondestructive Testing in Civil Engineering Zurich, Switzerland, August [16][17][18]2022 here as the BIM model, is used for the data exchange between all processes and stakeholders. As a schema for data exchange, buildingSMART has defined the Industry Foundation Classes (IFC) as an ISO standard [6].…”

Section: Building Information Modeling (Bim)mentioning

confidence: 99%

“…The smartBRIDGE project is a comprehensive demonstration project that illustrates the implementation of condition monitoring and visualisation using a digital building model ( [17], [18]). Being implemented at the Köhlbrand bridge of Port of Hamburg, Germany, the project demonstrates a methodical approach to digitalization and linking of construction and condition information.…”

Section: Multi-sensor Condition Monitoring and Visualizationmentioning

confidence: 99%

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Integration and Visualization of NDE Data in Digital Building Models – A conceptual view

Schickert¹,

Artus²,

Koch³

2022

eJNDT

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In recent years, several NDE methods have been developed to operational maturity, and measuring devices for their application are available. The task now is to combine and integrate the various data for a structure, to organize the data, store it permanently and make it accessible, to visualize and process the data, and to use the data for inspection planning and prediction. Digital building models can be the central element here. In the context of Building Information Modeling (BIM), they can represent both the planning data and the condition data of the infrastructure over the entire life cycle. In the utilization phase, the integration of information from structural analysis and monitoring enables a detailed, up-to-date description of the condition of the structure, which can be used as a digital twin. This contribution attempts to paint the whole picture of measurement, interpretation, digital building model, utilization, and visualization. A workflow will be developed that extends from pressing the measurement button to the automatic transfer of the measurement results to a BIM model to instant augmented reality visualization for the measuring engineer. Important interfaces between the steps will be analyzed, including measured data from various sources consisting of raw data, parameters, interpretation, and assessment; the transformation and integration of the data into digital building models using BIM and Industry Foundation Classes (IFC); the utilization and visualization of the data through virtual and augmented reality. Special focus will be placed on database requirements including standardization, ownership, access control, and long-term support as well as on positioning of measurement and visualization devices. Examples of own and others work illustrate existing approaches, and topics for further research and development are identified and described.

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Section: Building Information Modeling (Bim)mentioning

confidence: 99%

Section: Multi-sensor Condition Monitoring and Visualizationmentioning

confidence: 99%

Integration and Visualization of NDE Data in Digital Building Models – A conceptual view

Schickert¹,

Artus²,

Koch³

2022

eJNDT

View full text Add to dashboard Cite

show abstract

“…The greatest added value lies in the structured, centralized provision of the data as a basis for further processing and thus in the provision of a potential interface to a wide variety of specialist areas. The possibilities are numerous and are constantly increasing, from partially automated evaluation and visualization to AI-supported condition assessment [5] or an integration into BIM or digital twins [4].…”

Section: Introductionmentioning

confidence: 99%

Digital Building Diagnostics

Arndt¹,

Voigt²,

Fritsch³

et al. 2022

eJNDT

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Englisch Many manual steps are usually required in the acquisition, evaluation and presentation of building diagnostic results. In the case of questions with practical relevance several non-destructive testing methods and conventional building diagnostic are customary used. The data obtained are heterogeneous and available in a wide variety of types and formats, including as manual records in measurement protocols or digitally stored on various measuring devices as well. As part of the research project "Digital Building Diagnostics", the project partners (University of Applied Sciences Erfurt, Marx Krontal Partner and Bau-Consult Hermsdorf) are developing methods and procedures to digitize the sub-processes of non-destructive building diagnostics procedures on concrete structures like GPR, ultrasound echo among others and, if possible, to automate them. Essential information is to be digitally recorded with a recording tool and stored in a database already on the building. In the office, further measurement data from the non-destructive test procedures are transferred to the database with the help of a converter. Imaging processes are evaluated by experienced engineers and the results are also stored in the database. With the help of an evaluation tool, data from the database is aggregated in a semi-automated manner and evaluated with subject-specific algorithms. The individual results and the evaluations are located and visualized in a three-dimensional building model. Through the representation in three-dimensional space, connections can be better recognized, and more precise conclusions can be drawn.

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Structural Information Modeling – Die digitale Transformation der Bauwerksdiagnostik

Cited by 2 publications

References 13 publications

Integration and Visualization of NDE Data in Digital Building Models – A conceptual view

Integration and Visualization of NDE Data in Digital Building Models – A conceptual view

Digital Building Diagnostics

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