Study on BIM Forward Design of Bridge Engineering Based on Program Development

In recent years, the global construction market has been developing rapidly. In particular, China's construction industry is becoming more mature. BIM technology is being widely implemented for the implementation of investment and construction projects (ISPs), the effectiveness of which has also increased in the construction industry in China. BIM technology covers the entire life cycle of an ISP, but, at the same time, rarely includes the processes of managing contracts and costs of construction projects. Consequently, the issues of timeliness of the current contract, medium-term payment and other important aspects were not resolved in the ISP. Thus, many scientists and experts in China and abroad have proposed to study the general construction contract management model based on the BIM model platform to solve the problems of performing general contracts and related contract management issues. This article uses the method of literature review in combination with the analysis and research of construction projects in China through the study of the current state of general contracts and the application of BIM technology in contract management. Warranty conditions for the use of BIM technology are put forward, a model for monitoring the construction period of an object based on BIM technology is established, and a system for exchanging information in contractual relations based on BIM technology and the IPD model is established. All of the above establishes a model for managing an investment construction project based on BIM technology and the IPD model. A basic model of the remuneration mechanism for the implementation of ICP in the IPD model is also proposed. The results of the analysis of the implementation of investment and construction projects and the use of BIM technology show further prospects for its development when implementing ICP in the IPD model.

The use of BIM technologies as the latest tool for design, management and construction has firmly entered the top global trends in various industries, including construction. However, the process of implementing BIM technologies in the Russian construction market is much slower than in countries with similar construction rates. There are a number of legislative and now geopolitical reasons for this. The state, for its part, is trying to reduce this gap. Over the past few years, BIM technologies have existed in the paradigm of government-led sets of measures to support the digitalization of the construction industry. The article is devoted to the analysis of the current state and prospects of the introduction of information modeling (BIM) technologies in Russia in the context of import substitution. Based on survey data, case studies, and regulatory documents, key barriers such as technological backwardness, staff shortages, and legislative gaps have been identified. Despite this, domestic solutions (Model Studio CS, Renga, nanoCAD) demonstrate potential in niche segments. Recommendations on the development of R&D, education and legislative support are proposed. The results show that the success of the digital transformation of the construction industry depends on the synchronization of efforts by the government, business and science. The paper analyzes the problems of the application and development of BIM technologies in the investment and construction sector of the Russian Federation. The method or methodology of the work. The work uses the analysis:  The regulatory framework of SP 328.1325800.2020, RF PP No. 331;  Surveys of the BIM community: 80% of 1,000 respondents (BIM-Portal.ru , 2024) do not plan to switch to domestic software;  Cases: RARITECO, CSoft Omsk, Moscow Metro; Expert interviews: opinions of CSoft, Renga, and independent BIM managers. An analysis of current scientific research relevant to the topic of this article. The purpose of the work. Analysis and comprehensive assessment of the problems of the development and application of BIM technologies in the construction market of the Russian Federation in the paradigm of state support, sanctions restrictions and other constraining factors. Assessment of the readiness of Russian solutions to replace foreign analogues, identification of key problems and proposal of development strategies. Conclusions. The package of measures introduced by the Government of the Russian Federation aimed at supporting the digitalization of the construction industry is working slowly. To overcome the backlog, it is necessary to apply stimulating amendments to the current legislation, standardize regulations, eliminate discrepancies and interpretations of regulatory documents. It is also necessary to bring the process of training qualified personnel with knowledge of BIM methodologies to a new level.

The object of Construction Drawing course is the freshman in the teaching process, who don' t understand the construction. The traditional teaching methods can' t not only cultivate students with sufficient spatial ability, but also adapt to the modern construction industry. BIM technology not only has a very high visual quality, but alsohas a strong information transfer function. The application of BIM is used to the practice of civil engineering drawing for building perfect information model. According to the professional requirements, through the three-dimensional translation, rotation, zoom, roaming and other functions, viewingdifferent viewpoint of the building is by switching models of buildingsto enhance the ability of space imagination of students and cultivate students'perceptual knowledge of the building structure. Students understand components of buildings by building a building model on themselves. The development of teaching reform and construction are promoted by participating in BIM contests in information age. At the same time, it provides practical basis for our colleges becoming applied technical college.

Cost management, with the information technology used frequently, is the most important link in the process of engineering construction. It is, however, no longer able to adapt to the trend of information technology development by using traditional work methods. The whole process cost focuses on the whole construction process and the overall interests of the project. BIM technology, as an electronic information modeling, provides an efficient information exchange platform, on which the cost management work can be connected at any stages in series with the result of repetitive work reduced and work efficiency increased. The improvement of work efficiency and way can be realized by applying the suitable BIM software to each stage of cost management can improve work efficiency. The paper studies specifically the integration of the whole process cost management on construction engineering. There is a commercial residential project in the case part in the use of relevant BIM software to realize the systematic collaborative management for the whole process of engineering cost. On the basis of the transfer of the cost data to the whole process of construction by using the BIM software, it concludes the route and method of the whole process cost management in the use of relevant software.

At present, with the rapid development of society, China's construction industry is advancing by leaps and bounds. BIM technology, as a new technology, has found a new direction for the construction industry, which is facing severe competitive pressure. This paper starts with the current situation of BIM technology, then the application of BIM technology to the building structure design of function and characteristics were analyzed, and finally explore the application of BIM technology in building structure design, and from the building structure parameter design, the structure of the building structure modeling, building space design in explore the specific application of BIM technology, provide reference for the practical application of BIM technology. It is hoped that BIM technology can be improved so as to create more effective economic benefits for the society in building structure design and meet the relevant requirements of building structure design.

During the design phase of the Kunming Airport extension project, BIM technology was applied to support the mega-scale terrain design and the analysis of earthwork quantities statistics. This paper aims to introduce the methodology we used in the project, including the customization of the BIM platform and the redesign of the mathematical model. The methodology involved in the project provides a reference for implementing BIM technology in future airport design and construction.

The whole process control of construction cost is the most effective way in the current project cost management. However, due to the large number of participants involved in the construction project, the long construction period, and the lack of shared information platforms for all parties, it is difficult to implement truly effective management. The emergence of BIM technology has changed this situation. BIM technology integrates the entire process from design, construction to operation, and the application of BIM technology at all stages helps to control the entire process cost more quickly and accurately.

Combined with Large-scale Commercial Complex and Metro Integration Project of Beijing Changping Future Science and Technology City, this paper explores how to apply BIM technology to improve the efficiency of engineering, such as integration structure optimization, process interspersing, multi-plot field coordination, quality safety, and business work coordination. Also, this paper explores the ways and possibilities of the integration of BIM standards in parks planning. According to the project′s emphasis and difficulties. BIM planning is carried out effectively in advance, combined with scientific and technological innovation, process simulation, 3D laser scanning, 3D printing, virtual roaming, software development, and other BIM technologies, comprehensive application modeling developing is achieved, engineering management and performance quality are improved effectively. This research provides a reference for the formation of smart park.

With the continuous development of China’s national economy, the construction industry, as one of the pillar industries, is in a period of rapid development. However, there are many problems in the construction cost management part, which occupies an important position in the construction industry. Its development speed has not met the requirements of the current society and economy. The lack of information and refinement leads to its low overall level to a large extent, it affects the development of China’s construction industry. BIM Technology can realize information integration for the project cost management, improve the cooperation degree between various parts of the project, realize the cost management system in the whole process of the construction project, and avoid the out of control situation of the project cost. At present, BIM Technology is widely used in the process of housing construction project cost management, and it has been popularized in the cost control of electric power engineering Use. This paper mainly analyzes the application of BIM Technology in power engineering cost.KeywordsBIM TechnologyPower engineering cost

With the development of Internet information technology in China, the construction industry also began to abandon the traditional manual drawing, calculation and design methods and use the 3D courtyard landscape modeling technology for the design of 3D view or model of a project. At the same time, the application process of BIM Technology in this course is studied, so as to promote the integration of BIM Technology and 3D courtyard landscape modeling technology, realize the optimization of teaching process and teaching effect, and improve students’ ability of architectural engineering drawing recognition and BIM Technology Application. In order to promote the digital and integrated development of large-scale engineering projects, and improve the work efficiency and quality of construction project design and construction. Combining BIM technology with 3D courtyard landscape modeling technology and geographic database, building BIM model is established to promote the innovation and development of urban 3D modeling technology. At the same time, building BIM model can be embedded into BIM model of urban planning project, which runs through the whole life cycle of the project, providing an efficient and convenient means of informatization for urban planners and managers.

The emergence of BIM technology has provided powerful technical means for realizing informatization and digitization in the field of engineering construction, which remarkably promotes the transformation and advance of production and management modes in engineering construction. Presently, the application and development of BIM technology in the field of engineering construction has become increasingly mature, yet in the field of tunnel engineering, the application of BIM technology is still in its infancy. Under such a circumstance, this paper first puts forward the basic hardware and software configuration requirements for BIM technology in tunnel engineering, and elaborates the basic structure of the BIM technology implementation team from eight respects. Second, this paper elaborates the general principles and the basic process of BIM technology application in tunnel engineering. Third, the paper proposes the initial construction scheme of the tunnel engineering collaborative management platform based on BIM technology, and analyzes the feasibility of platform development deeply. Last, the BIM technology is applied to two projects including Tunnel 1 in Yinxi Railway Huanxian County and Tianjin Metro Line 6, which provides auxiliary technical means for solving practical engineering problems, and provides some reference for subsequent application researches of BIM-like technologies in tunnel engineering.

Due to the multi-purpose and multi-collaboration nature of BIM technology, it makes the application of BIM not only the presentation of the structural model, but also the related construction progress and the embodiment of the construction process. It is this multi-functional use that makes BIM technology popular in the industry. 3D printing technology, on the other hand, when used in the field of engineering and construction, mainly prints out parts or all of the structure, and also ensures accuracy and speed. Linking the two will make the future of the related industry in a sudden development. Based on this, this paper will conduct an in-depth study on the application of 3D printing and BIM technology in the direction of bridges, aiming to promote the integration of the civil engineering field with the intelligent manufacturing scene and lay a solid foundation for the construction of modern society.

BIM technology is a new technology that is at the forefront of research in the field of civil engineering, and has been preliminarily applied in the design stage of infrastructure. However, BIM software design professionals are not widely used in China, and projects that use BIM to design urban bridges are still relatively rare. This paper is the analysis of existing cases of urban Bridges designed based on BIM related software. The methods and steps of using BIM related software for design are summarized. It is concluded that BIM technology can play a role in improving and enhancing the 2D design results in the design of urban Bridges, improve the efficiency of bridge design, and pave the way for the subsequent construction stage and operation and maintenance stage. Through the analysis of the application of BIM in urban Bridges, this paper provides basis and reference for the design projects of urban Bridges in the future.

With the application and promotion of BIM technology in the field of building construction, the role and position of construction companies in adopting BIM technology to serve building construction activities is becoming increasingly important. Due to the unidirectional nature of the current BIM technology resource’s dominant behavior, the 3D modeling design, involved in the visual display of BIM technology, is mainly undertaken by construction companies, and it brings the asymmetry of building information’s management and interaction. Taking the application of Revit designing software as an example, in order to communicate with project designers and construction contractors on the interactive questions of reverse designing, and achieve the application effects of BIM technology resources, this paper designs the collaborative running model of engineering project’s BIM technology services from the perspective of building service collectivization, and expounds the collaborative running mechanism oriented to reverse designing services, so as to effectively serve the engineering project’s construction activities including bidding quotation, commencement preparation, construction process and completion and delivery.

In the process of urban rail transit engineering construction, various advanced technologies will be applied, among which BIM technology has been widely used in various industries as a new technology, and has been effectively applied in urban rail transit engineering design. BIM is the building information model, which analyzes various data in engineering construction by using 3D digital model and puts forward corresponding decisions. BIM is based on the established 3D information model, which enables different participants from the project to exchange and share information in the whole life cycle of the project, thus greatly improving the production efficiency and engineering quality. The information integration of BIM Technology mainly embodies the integration of design process and design information. Based on the application of BIM Technology in urban rail transit engineering construction, this paper studies the application of BIM Technology in three-dimensional digital design of rail transit engineering, and provides some reference for the application of BIM Technology in rail transit engineering.