Research on Key Technologies of Construction Management of Large Swivel Bridge Based on BIM Technology——A Case Study of Dade Swivel Bridge

Abstract

Swivel bridge is a special construction method in bridge engineering. It has the characteristics of difficult construction, complex environment and many benefits. The project needs fine management to overcome various problems in traditional construction management mode. Taking Kunchu Expressway over Chengdu-Kunming Railway Bridge as an example, this paper introduces the technical route and technical application points of fine management of construction of turning bridge of Expressway based on BIM technology. The main application points of this paper include: BIM collaboration, BIM collision detection, BIM project management application platform, UAV three-dimensional scene modeling, three-dimensional laser scanning. Practice has proved that BIM technology has incomparable advantages over traditional management mode in finding drawings errors, technical submission, engineering statistics, collision detection, information integration and so on. The implementation of BIM technology has brought enormous technical and economic benefits to project management and has good prospects for promotion.

Enlightenment of Intelligent Construction in the Construction of First-Class University Campus

“…First-class university infrastructure managers must emancipate their minds, bravely innovate, and promote the establishment of a BIM application mechanism for the project management of the construction unit. In the project approval stage, through the establishment of a BIM model to achieve visual and human-oriented program display, it is convenient for decision-making institutions to make decisions; in the design stage, a digital design system based on BIM can be applied to coordinate the building structure, mechanical and electrical equipment, parts, components, assembly construction, and decorations as well as implement the integrated design; in the procurement stage, the BIM model can be used to compile the bill of quantities to avoid the risks of the content and quantity description at the source [3] . At present, the digitization of BIMbased project approval, design, and procurement stages is an urgent task to improve the management of campus construction projects.…”

Data-Driven Platform Framework for Digital Whole-Process Expressway Construction Management

“…It relates information of some elements with others, and it helps in the decision-making, implementation, and operation and maintenance by building a visual information systema and dataset. This has played a revolutionary role in the lifecycle management of many construction projects ( Li et al, 2020 ; Zhang et al, 2020b ; Banerjee and Nayaka, 2021 ).…”

“…It has been proven in fact that applying BIM to basic road traffic construction can greatly help in construction organization and management. It can also improve the level and efficiency of information sharing at all construction stages, and promote the digital development of basic road transport ( Li et al, 2020 ; Babatunde et al, 2021 ).…”

“…From the perspective of information and data, highway engineering involves a large amount of data and a wide range of areas; data collection, analysis, and processing speed requirements are high; data have high commercial value; and data types are complex – including structured data and unstructured data, such as 3D drawing information, Building Information Modelling (BIM) dynamic display of information, and real-time construction control information. In addition to BIM, various digital technologies have been widely promoted and applied, with such new technologies as GIS, big data, and the Internet of Things helping in the development of digital engineering ( Olawumi and Chan, 2019 ; Li et al, 2020 ; Zhang et al, 2020b ; Prabhakaran et al, 2021 ).…”

The Application of Laser-Scanning-Based BIM Technology in Large Steel Structure Engineering for Environmental Protection

“…e architectural design industry has experienced two major changes. e rst change is from hand-painted drawings to computer-aided design (CAD), and the second change is from CAD two-dimensional design to three-dimensional design represented by building information modeling (BIM) technology [1,2]. BIM is an engineering data model based on three-dimensional digital technology and integrating relevant information from construction projects [3].…”