BIM Technology In Construction Research Articles

Game evolution analysis of BIM application willingness of prefabricated construction parties

PurposeTo further promote application of BIM technology in construction of prefabricated buildings, influencing factors and evolution laws of willingness to apply BIM technology are explored from the perspective of willingness of participants.Design/methodology/approachIn this paper, a tripartite game model involving the design firm, component manufacturer and construction firm is constructed and a system dynamics method is used to explore the influencing factors and game evolution path of three parties' application of BIM technology, from three perspectives, cost, benefit and risk.FindingsThe government should formulate measures for promoting the application of BIM according to different BIM application willingness of the parties. When pursuing deeper BIM application, the design firm should pay attention to reducing the speculative benefits of the component manufacturer and the construction firm. The design firm and the component manufacturer should pay attention to balancing the cost and benefit of the design firm while enhancing collaborative efforts. When the component manufacturer and the construction firm cooperate closely, it is necessary to pay attention to balanced distribution of interests of both parties and lower the risk of BIM application.Originality/valueThis study fills a research gap by comprehensively investigating the influencing factors and game evolution paths of willingness of the three parties to apply BIM technology to prefabricated buildings. The research helps to effectively improve the building quality and construction efficiency, and is expected to contribute to the sustainability of built environment in the context of circular economy in China.

The Application Research of BIM Technology in the Construction Process of Yancheng Nanyang Airport

The application of BIM technology in building construction provides the possibility to realize design accuracy, to visualize the construction details, to optimize construction schemes, and to enhance cooperation among various professionals. The Yancheng Nanyang Airport terminal 2 project, with its large span of steel roof structure, complex installation in mechanical and electrical pipeline (MEP) engineering, and difficulty in construction organization, is taken as the engineering background. The whole process application of BIM technology in the construction process is introduced. In structural engineering construction, the application of BIM technology can provide guidance for plane layout of the construction site, and can also assist in deepening the designs of irregular steel components. In steel construction, the application of BIM technology gives a commendable visual demonstration of the construction process of the metal roof system and the single-layer reticulated shell. In MEP engineering, the application of BIM technology provides a great approach to establish a synthesis of pipeline drawings to further form pipeline section diagrams and operation drawings. By integrating the dimension of time, precision control, and deviation rectification, a recursive construction drawing can be built. With respect to synergistic management, the quality and safety management in the construction site can be implemented on the basis of BIM terminal equipment as well. This paper will give a great reference on the application of BIM technology in the airport terminal construction.

STRATEGY FOR INTRODUCING NEW TECHNOLOGIES IN CONSTRUCTION: HOW TO ENSURE BUSINESS COMPETITIVENESS

The urgent need for the introduction of modern technologies in construction companies underlines the importance of researching new strategies used by companies to increase their competitiveness and business efficiency, maintain their market share and achieve leadership. The use of BIM technologies in the construction and design industry makes it possible to comprehensively solve all current problems and identify possible problems related not only to the construction but also to the subsequent operation of buildings. The purpose of the research was to study the global experience of implementing a strategy for introducing new technologies in construction to ensure the competitiveness of enterprises. The subject of the study is strategies for introducing new technologies in construction to ensure the competitiveness of enterprises. The methodology is based on the methods of systematisation, analysis and generalisation of the key theoretical and practical foundations of the strategy for implementation of new technologies in construction. The author studies and summarises in detail the problems, economic effects and business strategies for implementing BIM technologies in construction. Conclusion. The use of modern technologies in construction leads to increased efficiency and resource saving in production, improved management of business processes, rational use of material resources, as well as the introduction of integrated approaches to life cycle management of construction projects and strategic planning. An analysis of global experience in the use of BIM technologies in construction has identified the main challenges faced by companies at various levels. The introduction of BIM technologies in construction leads to the following economic results: budget reduction due to the elimination of unforeseen changes by 40%; reduction of estimates by 80%; savings in contract costs by 10%; elimination of potential conflicts in interaction with customers; reduction of project implementation time by 7% and staff time and reduction of unit costs; ensuring timely completion of projects and improving their quality. In order to remain competitive, companies need to apply an integrated approach and strategic planning to introduce new technologies in construction, with government support and recognition of national and international standards being important factors. Based on a theoretical and practical study of the world experience in the implementation of BIM technologies in construction, the main problems of companies at the strategic, tactical and operational levels are systematised. In general, to ensure the competitiveness of companies in the implementation of BIM technologies, it is important to use a comprehensive approach and strategic planning for their integration into construction projects. The main factors for the successful implementation of such strategies are the joint support of the state and the recognition of global and national standards.

Application of BIM Technology in Construction of Super High-rise Building

Application of BIM Technology in Construction of Super High-rise Building

The current level of maturity of BIM technology in construction in the agro-industrial complex of Russia

This article is an overview and, as a research task, introduces the results of early research on the use of digital modeling technologies in the Russian construction industry in general and the agro-industrial complex in particular. The article provides a comparative analysis of "traditional" technologies for the organization and management of construction and the BIM approach, describes the criteria for evaluating these approaches. Like any other technology, BIM has its own stages of development, the characteristics and main parameters of which are given in the work.

Advantages of BIM-modeling in the investment and innovation sector in the context of digital transformations of the industry

Approaches to the use of BIM-modeling in construction, methods of its implementation, standardization of parameters of investment activity of projects and its stages are considered. The key points in the organization of digital management at the enterprise were highlighted. The digital experience of foreign countries on the introduction and development of BIM-technologies in construction and the main advantages of the introduction of digital technologies in construction are considered. It is revealed that the digital transformation in the construction industry requires the creation of an appropriate institutional environment and the organization of its functioning in the general digital ecosystem. The concept of a functioning BIM environment with a digital environment is proposed as a part of the implementation of investment project activities in construction.

ДОСВІД ВПРОВАДЖЕННЯ В НАВЧАЛЬНИЙ ПРОЦЕС ПАКЕТУ AUTODESK REVIT ДЛЯ МОДЕЛЮВАННЯ БУДІВЕЛЬ І СПОРУД

Today, the market requires implementation the study of new design technologies (BIM) in the education system and the creation of reporting documentation based on them. At the beginning of 2021, the order of the Cabinet of Ministers of Ukraine №152-r [1] was approved in terms of measures to implement the Concept of implementation of construction information modeling technologies (BIM-technologies) in Ukraine, in particular, item 10 "Provision of training (advanced training) BIM-technologies in construction". There is a request to introduce consideration of the essence of BIM-modeling, its theoretical foundations and tools into the curricula of architectural, construction, mechanical and technological profile of the faculties. Essentially to start from the first courses of study in the disciplines related to information technologies, engineering and computer graphics, the basics of engineering design to introduce topics related to the conceptual apparatus, theoretical foundations, the essence of BIM-modeling and the study of its tools. . Studying discipline descriptive geometry and engineering graphics, the students receives information on the formation of surfaces, their typology and interaction, learns to use the possibilities of geometric modeling in solving engineering and architectural and construction problems arising in design. Computer Graphics Department of ICG KhNADU for many years teaches computer programs from Autodesk: AutoCAD, Inventor, Civil, and from 2019-2020 academic year to train specialists in the specialty 192 "Construction and Civil Engineering", the department conducts classes on the course "Using the Revit package in construction tasks". This paper considers an example of the architectural design of a low-rise building development. Given the specifics of the department, the emphasis is mainly on model and graphic components, such as design drawings, analysis of geometric spatial characteristics of the main structural components of the object, understanding the relationship and interaction between its parts, analysis of the relative position of structural elements. Keywords: BIM-technologies, educational process, Autodesk Revit, architectural structures, low-rise building.

Civil Engineering Construction Management Based on BIM Technology

The application of BIM Technology in civil engineering construction is one of the important trends of the innovation and development of the current construction market and the realization of efficient construction. Through the application of BIM Technology in civil engineering, the whole process of engineering construction can be monitored and managed, the whole civil engineering construction level can be improved, and the quality of engineering construction can be met. In this paper, through the application of BIM Technology in the construction management of construction engineering, the information technology means, visual characteristics and dynamic mode strengthening project management model based on itself are studied. In this paper, through the three-dimensional technical means to build the model, strengthen the systematic supervision of the construction project. The experimental results show that the model can better guarantee the construction completion on schedule, improve the construction quality and reduce the construction cost.

Methodical basis of formation of digital space performance of contractual construction works

The article searches for an appropriate methodology for the formation of methodological and formal analytical basis for the modernization of models of construction organization based on BIM models.
 The leading area of application of BIM-technologies in construction is the transformation of disparate graphic and tabular elements from the design and estimate documentation into a single system of info-graphic graphic modules, which are integrated by a single information retrieval system. However, in the realities of the domestic construction market and construction administration systems, BIM technologies remain an aid to the visual-graphic and analytical presentation of the content of a construction development project as an object of construction and investment. However, the strategic trend of this market is the formation of construction development as a single environment of the construction project and as a format of construction administration. Given such strategic dominants, there is a need to redirect and readjust the functional content and graph-analytical design of VIM-technologies to the peculiarities of preparation and organization of the construction development project cycle (BDP) – from promoting the initial investment product idea to the end of the development contract. BIM-technologies should no longer be considered solely as an additional tool for visualizing the progress of the project cycle.
 It is substantiated that the digital space of the construction industry (construction projects, construction organizations-participants) in the development of information and communication technologies acquires the characteristics of an alternative construction business, which should function in a certain transformed environment of construction development projects. Technologies directly related to design and construction (BIM, augmented reality, laser scanning, etc.) increase the efficiency of investment and construction projects, while digital data analysis systems contribute to a better understanding of construction market trends.

Application of BIM technologies in construction in Russia

The objective of the research is to define the level of the use of BIM technologies (Building Information Modeling, or information modeling of buildings and structures) by the Russian companies. The identification of the reasons of BIM introduction or its refusal was also carried out. The advantages given by the use of BIM were revealed. It was proved that the BIM technologies promote the reduction of terms of the project implementation, the general upgrading of the project documentation and the construction-and-installation works performed on its basis, as well as the reduction of the project cost. The results of the research proved that 22% of the Russian enterprises of the investment-and-structural sphere use BIM during various stages of introduction. The application of BIM allows getting some advantages, including the improved understanding of the project by all the participants, high quality of the project, availability of information, fast data transmission and exchange of information, reduction of terms of design and/or construction. The results of the research can be useful for the numerous participants of the investment-and-structural sphere, who have individual, sometimes contradictory interests.

Bim technology in the educational process

In this article we discuss about the main trends by using BIM-technologies in construction in the Russian Federation, possibilities of applying them in construction quality management and in staff training. Weoutlinethenecessity to improve the system of preparation and implementation of BIM-technologies in the new civil engineers educational process within the strategic development of the construction industry because it’s very important for the further development of construction, architecture and other engineering areas. Here we analyze the possibilities of using BIM-technology in education programs for students of various specialties in the absence of real skills to create drawings on the example of the University of Architecture and Civil Engineering.

On the Parallel Implementation of BIM-Technologies in Construction and Operation of Buildings

The article reveals the main reasons for the failure of the schedule for implementing BIM-technologies in the construction industry in Russia. The state and level of use of BIM-technologies in various sectors of the construction industry is considered. The issue of implementing BIM-technologies in documentation of cadastral registration of capital construction objects is considered in more detail, since this issue has not been covered in the press yet. The integration of capital facilities and plots of land into a unified real estate register is declared, which is natural. But in view of the fact that land plots and capital facilities were previously accounted for in different registries by different departments, combining them into a unified register presents notable difficulties from the point of view of automating the production processes of creating, maintaining and storing registry documents. To determine the technical feasibility of combining two differently structured document registers, the macro-composition and data assignment in each of them were analyzed, common features and differences were revealed, and a method of combining documents of the same name from two registries into one was offered. A way to accelerate the implementation of BIM-technologies in the construction industry of Russia was offered. The possibility and necessity of parallel implementation of BIM-technologies in all sectors of the construction industry at the same time was justified.

Information Management in the Application of BIM in Construction. The Roles and Functions of the Participants of the Construction Process

One of the effective tools to improve the quality of construction, expenditure control and logistics management is the use of BIM-technology in the construction process.A necessary step for the mass application of BIM-technologies in construction is the use of valuation techniques and information models to formulate requirements to them.

Information Management in the Application of BIM in Construction. Stages of Construction

At the present time in most industrialized countries realized the transition to the use of BIM-technologies in construction. Of course, the most important step in the implementation of BIM-technology is the design phase, because it is at this stage lays the basic parameters of the information model of the facility. But economic interest may be only the use of BIM-technologies at all stages of the life cycle - from process conception to disposal of buildings and structures.

IFC-BIM 연계 지식정보기반 마감공사 개산견적 프레임워크

Cost Estimate for alternative in design phase of construction become criterion for profitability and feasibility analysis of projects. Initial design phase performed schematic estimate based on similar data in the past. The quantity take-off according to estimators experience and calculation method are occurred different or missing. IT (Information Technology) technology evolution has been promoting BIM technology in construction. It is changing the paradigm of planning, design, construction and maintenance phase throughout the construction project. A number of studies have been attempted to apply BIM technology in the construction. In this paper, we propose schematic estimation framework linking standard format IFC (Industry Foundation Classes) and estimate related knowledge. As a result, it performs a cost prediction for decision-making in the design phase, and expected to overcome the limitations of previous studies. In addition, it is possible actively coping with changes.