Research On Electromechanical Pipeline Collision Optimization Based On Revit Re-development

With the development of society,the development of information technology is getting faster and faster.Today’s society is an information society and a digital age.The application of information technology is becoming more and more extensive,involving industries,agriculture,finance,construction and other industries,especially the construction engineering industry."Digital" and "smart" buildings have gradually become the mainstream of the engineering industry.The introduction of BIM technology has enabled my country’s construction engineering industry to enter a new stage of computer graphics,solving the problem of designers with a large number of hand-painted design drawings,and greatly increasing work efficiency and improving the accuracy of drawing.However,in most construction projects in my country,there are problems such as delays in construction schedules,substandard quality,unqualified safety guarantees,poor overall project benefits,and slow construction coordination among various disciplines.The lack of gradual simplification in the process of engineering information transmission,and the failure to solve the collision problem in the design stage in advance are the main reasons for the above problems.This will further cause delays in construction schedules and waste of construction resources.Therefore,how to improve the efficiency of BIM electromechanical pipeline collision optimization and improve the utilization rate of construction resources is a major issue that needs to be considered in electromechanical engineering.This research is aimed at the pipeline optimization problem in the application of BIM technology in the application of electromechanical pipeline collision optimization in construction engineering.Redevelopment of Revit MEP function.Solve the problem of distance adjustment during the optimization of collision adjustment under the pipe beam,and realize the rapid adjustment of the pipe distance under the beam.First,by reading a lot of BIM related literature,summarize and summarize the basic concepts and theoretical knowledge of BIM technology,explore the depth and breadth of the application of BIM technology,understand the development of Revit MEP,the principle and application of BIM electromechanical pipeline collision,and the principle of Re-development of Revit and recent developments.Summarize the relevant criteria for collision optimization of electromechanical pipelines,and provide theoretical support for the research on collision optimization of electromechanical pipelines.Secondly,analyze the auxiliary advantages of BIM technology in the comprehensive optimization of pipelines to engineering projects,study the application methods and basic procedures of BIM technology in the design and optimization stage of the mechanical and electrical major of construction projects,and provide a basis for the research on BIM technology’s mechanical and electrical pipeline collision optimization.Then study and study Revit Re-development technology,learn programming software Microsoft Visual Studio 2017,explore the working principle of Autodesk Revit API,flexibly use various functions and methods,write related program codes,and create a Revit plug-in window for pipeline system collision optimization.And generate a.dll file and make a plug-in installation package to realize the collision optimization of the electromechanical pipeline.Finally,it is applied to actual engineering cases to create BIM building,structure,and electromechanical integrated models,and use the developed Revit plug-in to apply on the basis of the model to test the use effect of the plug-in under the beam of the electromechanical pipeline collision optimization of BIM technology,and compare it with the traditional Compare the optimization methods of electromechanical pipelines and analyze their practicability and optimization.