Virtual trial assembly of steel structure based on BIM platform

Wang, Yingang; He, Xiongjun; He, Jia; Chen, Fan

doi:10.1016/j.autcon.2022.104395

Cited by 23 publications

(10 citation statements)

References 22 publications

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“…Yang et al [16] proposed a BIM model for the entire informatization process of steel structure dismantling and used the moving wedge matrix method to formulate and optimize dismantling plans. For the assembly process during the steel structure construction stage, Wang et al [17] proposed a steel structure virtual assembly framework based on BIM technology, established a virtual assembly program prototype of the steel structure, and achieved the two basic functions of geometric detection and assembly detection. The Internet of Things is considered the evolution of the internet.…”

Section: Literature Reviewmentioning

confidence: 99%

“…Information link [31]. The information link refers to the interaction channel between the information and the resources of each module in the entire digital twin model [17]. The implementation of information links requires high-speed and stable communication networks (e.g., 5G, WiFi) to achieve the interconnection and exchange of information and resources among the various modules of the digital twin.…”

Section: Digital Twin Model For Steel Structure Construction Processesmentioning

confidence: 99%

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Digital Twin Model and Its Establishment Method for Steel Structure Construction Processes

Liu,

Lin

2024

Buildings

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At present, the informatization level in the construction process of steel structures is relatively low. Meanwhile, digital twin technology, with better interactive features, provides a new development direction for the intelligent construction of steel structures. Therefore, this paper introduces the concept of a digital twin into the steel structure construction process, analyzes the connotation and characteristics of the digital twin model, and proposes the digital twin model architecture for steel structure construction processes. Furthermore, a method for establishing a digital twin model for steel structure construction processes is presented, which includes three stages: the acquisition and transmission of physical space data, the construction of a digital twin virtual model, and information exchange in the digital twin model. Based on these concepts, this paper describes a digital twin system architecture for the steel structure construction process from the perspective of data flow in the digital twin model. Finally, with the application of information technology in the steel structure construction process of the university park library project in Xiongan New Area and the reconstruction and expansion project of the Nanchong Gaoping airport, the digital twin model and its establishment method methods are analyzed practically and demonstrated effectively in this study.

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Section: Literature Reviewmentioning

confidence: 99%

Section: Digital Twin Model For Steel Structure Construction Processesmentioning

confidence: 99%

Digital Twin Model and Its Establishment Method for Steel Structure Construction Processes

Liu,

Lin

2024

Buildings

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“…Zhang et al (2023) [9],Wang et al (2022) [60],Lu & Brilakis (2019) [74],Mohammadi et al (2023) [57],Akula et al (2013) [77],Ciccone et al. (2021) [27], Kaewunruen et al (2020) [8], Kaewunruen et al (2023) [63], Jiang et al (2022) [65], Previtali et al (2022) [68], Ershadi et al(2022) [67], Marzouk & Hisham(2014) [21], Liu et al (2018) [75] Improvement of structural maintenance process to optimize efficiency, quality, and speed Salzano et al (2022) [59], Wang et al (2022) [60], Lu & Brilakis (2019) [74], Mohammadi et al (2023) [57], Akula et al (2013) [77], Ciccone et al (2021) [27], Scianna et al (2022) [62], Kaewunruen et al (2020) [8], Kaewunruen et al (2023) [63], Bono et al (2021) [70], Jiang et al (2022) [65], Previtali et al (2022) [68], Liu et al (2018) [75] Efficient allocation and utilization of resources Zhang et al (2023) [9], Ariza-López et al (2022) [61], Lu & Brilakis (2019) [74], Akula et al (2013) [77], Scianna et al (2022) [62], Kaewunruen et al (2021) [72], Celik et al (2023) [58], Sabah Jarallah & Mahjoob (2022) [66] Improving design practices through providing designers with accurate information Van Eldik et al (2020) [71], Moon et al (2013) [78], Scianna et al (2022) [62], Kaewunruen et al (2020) [8], Kaewunruen et al (2023) [63], Celik et al (2022) [58], Sabah Jarallah & Mahjoob (2022 [66]), Ershadi et al (2022) [67], Liu et al (2018) [75] Selecting the most environmentally friendly materials suitable for the climate and surrounding ecosystem Wang et al (2022) [60], Kaewunruen et al (2020) [8], Kaewunruen et al (2021) [72], Kaewunruen et al (2023) [63]Evaluating carbon footprint throughout the duration of the project and mitigating the release of greenhouse emissionsKaewunruen et al (2021) [72],Kaewunruen et al (2020) [8] …”

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confidence: 99%

“…Zhang et al (2023) [9],Wang et al (2022) [60],Lu & Brilakis (2019) [74], Mohammadi et al (2023) [57], Akula et al (2013) [77], Ciccone et al (2021) [27], Kaewunruen et al (2020) [8], Kaewunruen et al (2023) [63], Jiang et al (2022) [65], Previtali et al (2022) [68], Ershadi et al (2022) [67], Marzouk & Hisham (2014) [21], Liu et al (2018)[75] …”

mentioning

confidence: 99%

“…Salzano et al (2022) [59],Wang et al (2022) [60],Lu & Brilakis (2019) [74],Mohammadi et al (2023) [57],Akula et al (2013) [77],Ciccone et al (2021) [27],Scianna et al (2022) [62],Kaewunruen et al (2020) [8],Kaewunruen et al (2023) [63],Bono et al. (2021) [70], Jiang et al (2022) [65], Previtali et al (2022) [68], Liu et al (2018) [75] Efficient allocation and utilization of resources Zhang et al (2023) [9], Ariza-López et al (2022) [61], Moon et al (2013) [78], Lu & Brilakis (2019) [74], Akula et al (2013) [77], Ciccone et al (2021) [27], Scianna et al (2022) [62], Kaewunruen et al (2021) [72], Celik et al (2023 [58]), Sabah Jarallah & Mahjoob (2022) [66], Liu et al (2018) [75] Improving design practices through providing designers with accurate information Van Eldik et al (2020) [71], Moon et al (2013) [78], Scianna et al (2022) [62], Kaewunruen et al (2020) [8], Kaewunruen et al (2023) [63] Celik et al (2022) [64], Sabah Jarallah & Mahjoob (2022) [66], Ershadi et al (2022) [67], Liu et al (2018) [75] Effective communication among stakeholders in the project and the capacity to exchange information with dependability and clarity Zhang et al (2023) [9], Lu & Brilakis (2019) [74], Kaewunruen et al (2020) [8], Kaewunruen et al (2021) [72], Kaewunruen et al (2023) [63], Celik et al (2022) [64], Celik et al (2023) [58], Previtali et al (2022) [68], Bui (2020) [73], Liu et al (2018) [75] Precise planning of costs and schedules for the project to prevent any claims and delays and achieve the required level of quality Zhang et al (2023) [9], Ariza-López et al (2022) [61], Kang et al (2016) [76], Moon et al (2013) [78], Lu & Brilakis (2019) [74], Mohammadi et al (2023) [57], Akula et al (2013) [77], Ciccone et al (2021) [27], Scianna et al (2022) [62], Kaewunruen et al (2021) [72], Kaewunruen et al (2020) [8], Celik et al (2022) [64], Sabah Jarallah & Mahjoob (2022) [66], Previtali et al (2022) [68], Ershadi et al (2022 [67]), Bui (2020) [73], Marzouk & Hisham (2014) [21], Liu et al (2018) [75] Enabling real-time tracking and monitoring to guarantee the precision of the execution and handle any recently arising modifications Wang et al (2022) [60], Kang et al (2016) [76], Akula et al (2013) [77], Hamdan et al (2021) [69], Scianna et al (2022) [62], Kaewunruen et al (2020) [8], Celik et al (2022) [64], Celik et al (2023) [58], Previtali et al (2022) [68] Increasing the possibility of avoiding clashes and reworks during different phases of the bridge's lifespan Kang et al (2016) [76], Lu & Brilakis (2019) [74], Hamdan et al (2021) [69], Jiang et al (2022) [65], Bui (2020) [73], Liu et al (2018) [75] Raising productivity and meticulous organization of the required work teams Kaewunruen et al (2020) [8], Celik et al (2022) [64], Celik et al (2023) [58], Bono et al (2021) [70], Ershadi et al (2022)[67],Marzouk & Hisham (2014) …”

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confidence: 99%

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The Role of BIM in Managing Risks in Sustainability of Bridge Projects: A Systematic Review with Meta-Analysis

Ahmad,

Gáspár,

Bencze

et al. 2024

Sustainability

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With the significant and rapid growth observed in bridge projects worldwide, the associated environmental, economic, and social concerns are on the rise. A systematic review of bridge sustainability with meta-analysis according to the PRISMA guidelines was performed, aiming to improve understanding of the importance of using building information modeling (BIM) in bridge projects by investigating the role of proper implementation of this technology to avoid and mitigate risks and improve sustainability. The relevant international literature was collected and scrutinized. The findings demonstrated that the accurate implementation of BIM significantly enhances the efficient management of risks in bridge projects. Consequently, this has a positive effect on improving the three essential (environmental, economic, and social) aspects of sustainability. The impact mentioned is especially apparent in enhancing the management of information throughout the entire lifespan of a bridge. This, in turn, facilitates precise decision-making during the design phase, aligns with assessments of environmental impact, enables real-time monitoring during execution, effectively manages the maintenance of the structure, facilitates efficient allocation and utilization of resources, and improves design practices by providing designers with accurate information. Delving into the nuances of this review has shed light on the transformative potential of BIM in shaping sustainable bridge projects, laying the groundwork for future advancements in this critical field.

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