Research On The Application Of BIM Technology In The Whole Life Cycle Of Steel Structure Engineering

Steel structure engineering is an important way for the high-quality development of the construction industry and important implementation carrier for energy saving and emission reduction,it is rapidly integrating into the national concept of new urban construction.The construction speed of the steel structure is fast,the weight is light,and it has a good seismic effect,which has been widely recognized by the construction industry.However,the current traditional extensive construction model is not conducive to the increasingly high-quality,green development pattern of construction products,and steel structure engineering is still in the initial stage of development.Facing the higher demands of the times and culture,the traditional construction industry urgently needs the transformation of new construction technology to achieve high-quality sustainable development.The birth and development of BIM technology undoubtedly brought new opportunities to the construction industry.Its value lies in the transmission and sharing of informationized data throughout the entire life cycle of the building,and Integrate the information resources of steel structure projects to the greatest extent and improve the efficiency of project implementation.BIM technology is applied to the whole building information transmission in steel structure engineering,full life cycle coverage,full-professional collaborative design,and features such as full-chain collaborative management.It can effectively transmit information in the process of prefabricated building construction,refined project management,and integration of design and construction and promotion of the industrialization of the steel structure market.This article explains the connotation of BIM technology,the status quo of steel structure in traditional engineering and to analyze the problems existing in the design,processing,construction and operation and maintenance of steel structures.It runs through BIM technology in the whole life cycle of steel structure engineering projects,To analyze the engineering benefits that BIM technology can improve when it is applied to the steel structure design modeling phase,project construction management phase,and project operation and maintenance phase.Clarify the application strategy of steel structure engineering in BIM technology,and provide technical support to project participants in different construction periods.To put forward the necessity of BIM technology application in steel structure engineering.Using a steel structure engineering example as a research,the method and content of the application of BIM technology in the engineering are explained:Build an architectural model and professional model of a steel structure project and further deepen.The 4D model combines the overall schedule to simulate the construction schedule and the construction environment,realize the overall control of the project and update it in real time,and ensure the effective and reasonable ratio of human,financial,and material resources in the entire project.5D model is for cost,a rational analysis of the implementation of the "three calculations comparison" of the engineering quantity,therefore,the engineering scheme is optimized,improved the rationality of the schedule,strengthened quality,safety and environmental control.Through examples,It is concluded that BIM technology has a great significance in promoting the construction and development of steel structure projects.It integrates various professional information and form an overall plan,and the intensive collaborative platform standardizes and improves the design,construction,and operation and maintenance processes,and realizes information sharing throughout the life cycle.To ensure the safety and quality of steel structure projects,and provide reference value for the development and promotion of information architecture.