Use Of BIM Technology Research Articles

BIM – CONSTRUCTION LIFECYCLE

Engineering, construction, and architecture have all been impacted by building information modeling, or BIM. The use of BIM technology during a building's operational phase is only now beginning to gain popularity among building owners looking for creative ways to increase the effectiveness of their facility operations. Lifespan The process of creating, storing, and using building data to manage operations and maintenance of buildings over the course of their operational lives is known as building information modeling, or BIM. Many facets of building operations that gain from improved data are of interest to facility managers. The goal is for stakeholders to produce and utilize consistent digital information at every stage of the asset's lifecycle. BIM Lifecycle is the process of creating, utilizing and maintaining the building information. BIM technology has the potential to significantly increase the efficiency of project maintenance as well as building design, production, construction, operation, and maintenance. Specifically, information management throughout the manufacturing stage optimizes the production process, and collaborative design using BIM technology improves design efficiency. Its data management function increases the effectiveness of building operations and maintenance, and its 3D visualization tool lowers construction errors and encourages efficiency in the constructing phase.

Research on the Use of BIM Technology in Green Building Design Based on Neural Network Learning

Research on the Use of BIM Technology in Green Building Design Based on Neural Network Learning

Application of digital intelligent construction in the field of water conservancy and hydropower engineering

The application of intelligent construction technology is gradually penetrating the field of water conservancy and hydropower engineering. This article systematically summarizes the application research of intelligent construction in water conservancy and hydropower engineering, including intelligent design, intelligent construction, and intelligent monitoring. In terms of intelligent design, the use of BIM technology to establish three-dimensional modeling of water conservancy and hydropower projects can achieve collaboration, communication, and management of multiple aspects of information and improve design efficiency and quality in terms of intelligent construction. The use of robot technology and automation equipment can achieve construction automation and digitization, reduce human errors and safety risks, and improve construction efficiency and quality. In terms of intelligent monitoring, real-time monitoring, and intelligent management of water conservancy and hydropower projects can be achieved through the Internet of Things and big data technology, timely detection of problems, and early warning processing, ensuring the safe and stable operation of the project. A sound management system is established with standard specifications to promote the widespread application of intelligent construction in the field of water conservancy and hydropower engineering.

Research on BIM collaborative design for the outdoor integrated pipeline of a rail transit depot

The outdoor integrated pipelines of rail transit depots have many specialties, many interfaces, and complex cross-relationships, which are the key and difficult points of depot design. The traditional outdoor integrated pipeline design method has the disadvantages of a large amount of data calculation, error-prone, and low drawing efficiency. At present, the use of BIM technology for auxiliary design also has difficulties, such as slow modeling speed, inconvenient collaborative design, and low efficiency of 3D conversion of 2D drawings. Based on Revit software, this paper focuses on the specific implementation scheme of BIM collaborative design of outdoor integrated pipelines in depots to solve the appealing problem. Overcame a number of key technologies independently developed, such as depot family library construction, Dynamo visual programming track rapid modeling, and GLS rapid drawing software. Realization of outdoor Comprehensive pipeline rapid modeling, collision optimization, and 2D rapid plotting. And it has been applied in an overhaul and heavy repair depot in the southwest, which has greatly improved the design efficiency and quality of outdoor integrated pipelines. The research result can provide a theoretical reference for the BIM collaborative design of the outdoor integrated pipeline of the depot.

Requirements of Ordering Procurers regarding the use of BIM technology in public procurement

BIM technology is increasingly being used in the Polishconstruction industry, also by public procurers. The purposeof this article is to analyse selected Polish tender proceedingsin which the contracting authority has indicated in the subjectof the contract the obligation to use BIM technology. A quantitativeand qualitative analysis was made of 25 BIM technologyrequirements for contractors in selected 15 Polish tenderingprocedures

Big Data Optimization Analysis and Calculation of First Pass Rate of Special-shaped Curved Curtain Wall Keel Installation

The installation of special-shaped curved keel should not only be reliably connected with the main structure, but also meet the requirements of panel installation in the later stage of the curtain wall. Different professions have different construction precision, and there are inevitable errors in the construction process. Therefore, strict control of the first-pass rate of installation of special-shaped curved curtain keel is the key of curtain wall construction. In this paper, by making full use of BIM technology to optimize analysis and model program installation and construction, the first-pass rate of installation of special-shaped curved curtain wall keel is greatly increased from 76% to 92%. The successful application of this process provides reference for similar projects.

The Application of BIM Technology in the Construction Management of Green Building Projects

At present, the rapid development of China's economic construction has promoted the continuous development and progress of the construction industry, and at the same time, people have new development needs for the construction industry and begin to tend to develop in the direction of green buildings. In today's environment, the use of BIM technology is essential to achieve effective construction management of green building projects. How to effectively apply BIM technology to the construction management process of green building projects and realize the green ecological development of the construction industry requires in-depth exploration and practice by relevant personnel.

Benefits of BIM models and mixed reality in the implementation phase of construction projects

The current trend based on the current needs of construction industry points to the increasing application of digital technologies in construction projects. Nowadays, digital technologies are becoming an essential part of construction in the phase of preparation and implementation of construction projects. Probably the greatest progress in the use of digital technologies is seen in the development of a virtual object data model of the building. The main advantages of this trend can be presented by the use of BIM technology, thus an information model of building, where other information attributes are assigned to the geometric model itself. The model created in this way has great information potential in the process of planning and preparation of construction, but also during its implementation. The technology of mixed reality (MR) has recently been added to the BIM technology, which significantly contributes to the expansion of workers' knowledge and at the same time has the potential to reveal the shortcomings that have arisen during the construction. The paper offers solutions of the possible use of BIM technology and mixed reality as tools to support the implementation of construction projects. These technologies were applied to the construction project Bastion Office Center in Košice - an administrative building.

The Standardization Method and Application of the BIM Model for Interchanges

Research on the standardization of interchange BIM components is required to encourage the use of BIM technology in interchange and quicken the development and improvement of relevant standards and specifications. The depth level of the model, classification, and coding of interchange BIM components, and the design and administration of the component library are the main topics of this work. First, the concept and main research content on the standardization of interchange BIM components were proposed. Second, the common forms of interchange were summarized. The basic components of interchanges include through lanes, ramps, connections, overpass bridges, and traffic safety facilities, and can be divided into 14 second-level components, such as the main line, the minor cross highway, the speed-change lane, etc. On this basis, a method for interchange BIM components classification based on faceted classification and a coding method based on a combination code was proposed. The model depth grading of the BIM component of the interchange was studied, and grading was carried out considering three aspects: the level of detail (LOD), geometric accuracy, and information level. Finally, the process of creating interchange BIM component libraries was proposed. The results showed that the interchange BIM components can adopt a three-level coding method, namely “the overall spatial code–classification code–instance code”, and the LOD, geometric accuracy, and information level of the interchange BIM components can be divided into four levels. Additionally, interchange BIM component libraries can be created using five steps: an overall plan of component resources, standard determination, component creation, component audit, component storage, and application.

Retracted] Optimization Algorithm of Engineering Project Design Based on BIM Method

BIM is a type of information technology that aims to improve collaboration and productivity by providing data analysis for the entire life cycle of a building. This paper investigates the development of a BIM‐based engineering management model and the implementation of BIM‐based engineering project information integration management based on BIM information collaboration by analyzing BIM integrated information and combining collaboration theory, engineering project management, and computer network collaboration and interaction theory. The use of BIM technology can effectively improve the control level and implementation efficiency of enterprise projects, reduce the rate of rework, and promote the continuous improvement of the industry’s capability and technology. The entire project operation, design, and construction process can be optimized and managed by using BIM technology to create a digital model.

The Use of BIM Technology in Analyzing Building Energy and EconomicFeasibility of Solar Panel

Buildings contribute more than 40% of world energy consumption, so it is feared that it will cause energy problems in thefuture, especially in the construction sector. One solution to reducing this problem is by analyzing energy use at the initialdesign stage and utilizing solar energy as one of the solar power plants (PLTS) in office buildings. To analyze the use ofenergy in buildings, Building Information Modeling (BIM) was used. The purpose of this research is to analyze the annualenergy level of office buildings in Palembang using BIM software, namely Autodesk Revit. The number of solar panels aswell as the amount of energy were also identified using web-based software (HelioScope) resulting the economic feasibilityas indicated by the installation of solar panels as a component of PV mini-grid. The results showed that the use of BIMtechnology in analyzing building energy can provide a detailed description of the building model at the design stage. Revitanalysis indicates that the building consumed electrical energy per year for about 3,647,713 kWh with a roof area of 1,657m2. In addition, based on the HelioScope analysis, the use of renewable energy from the installation of PLTS was 152,900kWh/year. Meanwhile, for economic feasibility analysis, the installation of PLTS in office buildings can provide a positive NetPresent Value (NPV), indicating a feasible project.

СРАВНЕНИЕ ЭФФЕКТИВНОСТИ ИСПОЛЬЗОВАНИЯ ТЕХНОЛОГИЙ BIM И CAD С ПОМОЩЬЮ МАТЕМАТИЧЕСКОЙ МОДЕЛИ

the article reveals definitions and the entity of computer-aided design and building information modeling. The content and effect of using information modeling at various phase of the life cycle of a real estate object are described in the article. The level of BIM applying in Russia is analyzed, data is obtained that the majority of AEC organizations do not use information modeling. A comparative evaluation of the applying of various CAE systems using mathematical modeling in the MATLAB environment using the Fuzzy Logic Toolbox extension package is carried out. Based on the obtained results, we can make a conclusion about the effectiveness of using building information modeling. The information in this article is relevant for designers, real estate investors, and leaders of AEC organizations. The obtained evaluation of project technology is able to induce stakeholders to analyze alternative technology of project and estimate the expediency of Russian enterprise's transition to the use of BIM technology.

Dynamic Data Monitoring of Building Information of Nano-Modified Building Steel Structure Materials Using BIM Model

The use of BIM technology can effectively improve the production efficiency and engineering quality of prefabricated buildings, connect the original scattered and independent enterprises to each other, change the traditional construction method, and truly realize the industrialization by informationization and effectively improve the building. Difficulties in resource consumption and uneven distribution during the construction process improve the quality and efficiency of the project. The purpose of this article is to use the BIM model to observe and analyze the dynamic data of nano-modified new building steel structural materials, and analyze the dynamic data of the nano-modified new building steel structural materials. The influence of new building steel structure materials on the comparison of building information data before and after, researches the dynamic data monitoring of building information of nano-modified new building steel structure materials using BIM model. Using the method of this paper, through the analysis of experimental data, the role of nano-modified new building steel structural materials was understood, and it was found that nano-modified new building steel structural materials play an important role in construction, and the satisfaction rate reaches 60%. Through theoretical and experimental data Combined, it analyzes that the use of BIM model for the dynamic data monitoring research of nano-modification new construction steel structure materials has a research effect of 47%. The research results show that nano-modification new construction steel structure materials have an important role in building information and can be used in Build a natural and harmonious symbiotic building with Chinese characteristics.

The Application of BIM Technology in Bridge Engineering

This article focuses on the application of BIM technology in bridge engineering. Through the use of BIM technology, it considers the difficulties that may be faced in the construction process in advance. Through construction simulation, hidden dangers in the quality, safety, and feasibility of the construction are discovered in advance, thereby Taking effective preventive and strengthening measures to reduce on-site errors, reduce rework and waste, and promote the optimization of the entire project.

Indoor Intelligent Decoration System based on BIM + VR Technology

In the interior decoration industry, disputes between design and actual effects, waste of materials, and poor construction quality often occur. In order to improve customer satisfaction, reduce waste of construction resources, and realize smart decoration in the interior decoration industry, BIM + VR technology has begun to take the stage. BIM + VR interior decoration technology is the use of BIM technology to build a three-dimensional model to realize the three-dimensional visual display of the decoration design plan. Users can really feel the effect of interior decoration through VR technology, and modify the unsatisfactory parts of the design before construction, which can more accurately meet the needs of users. And finally achieve the smart decoration function.

Application of building information modelling for fire hazard management in high-rise buildings: an investigation in Sri Lanka

ABSTRACT This paper aims to explore the challenges of fire hazard management in high-rise buildings by extending the application of BIM as a collaborative and automated tool covering deficiencies of fire hazard management. To achieve this purpose, a semi-structured interview approach was adopted to collect a rich dataset from ten selected experts in a fire hazard and BIM. The collected data was analysed using content analysis and coding techniques. The study findings reveal that the Sri Lankan construction sector is lagging in utilising BIM for operating fire hazard management and confirms that the current practice relies on human-centric approaches as some other developing countries. The findings show the suitability of BIM for fire hazard management in high-rise buildings in Sri Lanka during fire safety design, building fire regulation checking, firefighter training, designing building layout, location tracking and distance guidance, evacuation path analysis, prior identification of spreading fire and safety equipment maintenance and record-keeping. Furthermore, the major challenges of BIM adoption were identified in the Sri Lankan fire hazard management. The findings of the study could be utilised by stakeholders involved in firehazard management to overcome the current challenges related to fire hazard through the effective use of BIM technology.

ИССЛЕДОВАНИЕ ПРОБЛЕМ УПРАВЛЕНИЯ ГЕНЕРАЛЬНЫМ ПОДРЯДОМ СТРОИТЕЛЬСТВА ОБЪЕКТОВ НА ОСНОВЕ BIM-ТЕХНОЛОГИЙ В КНР

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.

Research on the Efficiency Path of Civil Construction Management Engineering Based on BIM Technology

My country’s economic pillar industry is the civil construction industry. With the rapid development of our country, modern buildings have greatly increased the difficulty of construction project management due to complex construction techniques and long construction periods. Therefore, we must improve the traditional. In this way, the management model can better improve engineering efficiency. This article is based on the BIM technology of the civil construction management engineering efficiency path to study, the experiment uses the analytic hierarchy process to determine the weights, in order to evaluate the BIM technology of construction engineering safety management. Three local survey units were selected for the experiment, and the survey form was distributed to each unit according to the experimental procedures and requirements. When handing over the BIM model, it could give the acceptance conclusion of the model. Experimental data shows that the incidence of accidents at the entrance of the cave and the border is the highest, which is the most difficult point in construction safety management. Effective measures should be taken to reduce the occurrence of accidents. The experimental results show that the following problems in BIM application have led to a reduction in the efficiency of civil construction management engineering: 85% of BIM standards are unfamiliar, 79% of BIM technology costs are overused, BIM technology is poorly applied 82%, and BIM-related software is not applied. Mature accounted for 78%, and BIM related management methods accounted for 80%. The use of BIM technology can provide an effective way to improve the efficiency of construction project management. This article conducts in-depth research on BIM technology, hoping to make a meager effort in related fields.

Comprehensive Evaluation of BIM Calculation Quantity in Domestic Construction Engineering Based on Fuzzy Comprehensive Evaluation.

Nowadays, with the leap-forward development of computer technology and the transformation of information technology management concepts, China's construction industry is quietly entering the era of refined management. Accurate estimation and cost control have become among the key considerations of the construction industry. For the calculation of engineering quantity, there are already many software devices that can be used for the calculation of engineering structure quantity, which means that the incorrect operation of personnel has been reduced to some extent, improving the work efficiency and measurement accuracy. The purpose of this paper is to solve the problems of computational missing, computational errors, inefficiency, data loss, and repetitive system in traditional computing based on the advantages of BIM computing system, which provide a reliable basis for cost forecasting and control. At the same time, using BMI calculation system to solve the problem of steel reinforcement in construction engineering, as well as the use of personnel, the existing calculation software still needs a lot of time and energy. We proposed a comprehensive evaluation study of reinforcement calculation in domestic construction engineering BIM calculation system based on a fuzzy comprehensive evaluation. This paper first summarizes the BIM calculation system of construction engineering, uses fuzzy comprehensive evaluation system as an important evaluation index system in domestic construction engineering BIM calculation system, through the judgment of various factors affecting the actual effect of the calculation system, and uses the fuzzy evaluation system combined with a case to demonstrate the superiority of the proposed research. Therefore, through the above research and experiments, it is concluded that the research method of this paper solves many problems in the process of engineering structure reinforcement calculation and provides a good reference method for the establishment of comprehensive evaluation system of reinforcement calculation, as well as providing an effective validation for the widespread use of BIM technology in the construction industry. Finally, it is also beneficial for users to comprehensively evaluate the BIM calculation system of the construction industry and provide a basic reference condition for different industries to use and choose BIM calculation systems.

Analysis on Risk Control of Civil Engineering Cost Based on BIM Technology

With the rapid development of my country’s construction industry, people’s requirements for construction quality and safety control are becoming more and more stringent. However, the results are often unsatisfactory, and the cost risk in civil engineering construction still cannot be effectively controlled. This article aims to study the risk control analysis of civil engineering costs based on BIM technology. This article analyzes the experiment from the perspective of quantification. The Experimental Integration Facility Engineering Center has conducted research on multiple BIM projects and learned about the actual operation status of these projects. Then summarize the actual effect of BIM technology. Experimental data shows that the use of BIM technology can improve the quality of design, quickly determine project cost, control design changes, avoid rework, and reduce costs. The experimental results show that the use of BIM can reduce the time used to estimate the cost to 35%, the accuracy of the estimate is controlled to <5%; the extra-budgetary changes are reduced to 70%; through the discovery and resolution of conflicts, the contract price is reduced by 13%; The project time has been reduced by 10%, and investment income can be obtained relatively quickly. Therefore, the research on construction hazard management and control based on BIM technology can not only promote the development of BIM information technology, but also make up for the inefficient and imperfect defects of hazard management and control, and greatly improve the cost risk of civil engineering.