Structural Engineering by way of BIM

Baran, W.; Żymańczyk, Bartosz

doi:10.1051/matecconf/201817404011

Cited by 3 publications

(2 citation statements)

References 6 publications

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“…In actual construction projects, BIM technology has been used in various stages of cost management: in the design stage, BIM is used for cost estimation and budget control; in the construction stage, BIM is used for schedule control and change management; in the maintenance stage, BIM technology can be used for asset management and operation and maintenance cost estimation [9][10][11]. With the continuous progress of technology and the growth of market demand, the application of BIM technology in construction cost management will be further deepened, and it is expected that more BIM solutions integrated with artificial intelligence, big data analysis, and other advanced technologies will appear to realize more efficient and smarter cost management [12][13][14].…”

Section: Introductionmentioning

confidence: 99%

Digital Application of Construction Project Cost Risk Control and Management Based on BIM Technology

Li,

Jia,

Huang

2024

Applied Mathematics and Nonlinear Sciences

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The core objective of this study is to explore the application of BIM technology in the whole process of cost management of construction projects and to assess the project risk. The study covers the key stages of project planning, design, transaction and construction, and focuses on analyzing the cost management process of investment decision, design estimate, transaction and construction. Through questionnaire surveys and expert interviews with 72 valid samples, this study collects data on green building and analyzes the quality of the risk assessment data. Through questionnaire survey and expert interviews with 72 good samples, this study collects data on green building and analyzes the quality of the risk assessment data. In establishing the BIM-based project cost risk model, the study analyzes the management elements of BIM and IPD in detail, including the quantification of technical and management components. three case projects show that the application of BIM and IPD technologies in different projects has different focuses, and produces other management effects. for example, the number of engineering changes (e.g., the number of changes to the project) exhibited by the project B For example, the number of project changes (NCO) is 35, the cost change rate (COP) is 0.93%, the duration change rate (DCP) is −10.25%, and the number of contract negotiations (NRFI) is 6. The risk evaluation model is applied in a mixed-use project in Xiamen, China, and the results of the simulation experiments show that the method is effective in realizing the risk assessment of the construction project, and the clustered nature of the output features is good. The average value of the risk fuzzy variable is 0.576, and the minimum value is 0.192.

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Section: Introductionmentioning

confidence: 99%

Digital Application of Construction Project Cost Risk Control and Management Based on BIM Technology

Li,

Jia,

Huang

2024

Applied Mathematics and Nonlinear Sciences

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“…STADD Pro or ETABS model just gives us an insight on to the structural feasibility pattern and also helps us in noting the section which fails and adoption of correction measure by either increasing the size of structural member or increase the dia of rebar and also redesign according and checking again the software for safer executions in the actual filed conditions. The model generated in both the platform can be used further in the REVIT BIM 360 for allotting the sequence and slot of execution of work in stipulated time and also storing various abundant data in the digital form for easier analysis [2,6]…”

Section: Introductionmentioning

confidence: 99%

Implementation of Bim Technology in Structural Engineering

2023

IRJMETS

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Building information modeling is changing the overall approach to construction industry by bringing architects, engineers and construction under single umbrella. Composite structure, with 6ft substructure and 30 feet superstructure. Initially modal is generated using ETABS for analysis based on proposed plan, having a dimension of 21m x 18m . Truss section with braces and struts are generated in software and carried with load analysis along with earthquake and wind load into consideration . Analysis results from software are further used in BIM toll for creation of 3D and 4D model ,so as to carry out comparison of both model. The maximum moment and stress noticed on analysis is used for calculation . Manual structural design matched with a accuracy of 95%. With ETABS and BIM model. Building information modeling acts a advanced tool to manage the overall construction in single platform with better accuracy .

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Building Information Modelling in Structural Engineering: A Qualitative Literature Review

et al. 2021

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Over the past decade, the fields of civil engineering, i.e., structural engineering, have increasingly used the building information modelling (BIM) approach in both professional practice and as the focus of research. However, the field of structural engineering, which can be seen as a sub-discipline of civil engineering, misses, as far as the authors are aware, a real state-of-the-art on the use of BIM in this regard. The aim of this paper, therefore, is to start bridging that gap. In particular, the authors have conducted a traditional literature review on the utilisation of BIM in structural engineering, enabling them to perform a detailed content analysis of publications. The qualitative investigation of the literature that the authors have conducted has highlighted six main BIM uses in structural engineering: (1) structural analyses; (2) production of shop drawings; (3) optimized structural design, early identification of constructability issues, and a comparison of different structural solutions; (4) seismic risk assessments; (5) existing-condition modelling and retrofitting of structures; and (6) structural health monitoring. Each of these is discussed in relation to their reference workflows; use of information models; information exchanges; and main limitations. In the conclusions, the authors identify current gaps in knowledge, as well as likely developments and improvements in the utilization of BIM in structural engineering. The authors also outline the possible significance of this work more broadly.

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Structural Engineering by way of BIM

Cited by 3 publications

References 6 publications

Digital Application of Construction Project Cost Risk Control and Management Based on BIM Technology

Digital Application of Construction Project Cost Risk Control and Management Based on BIM Technology

Implementation of Bim Technology in Structural Engineering

Building Information Modelling in Structural Engineering: A Qualitative Literature Review

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