China SCE • Beijing Tianchen BIM project
Release time
：2024-01-05 13:42:28 Views：
As a national urban operator that pursues excellent quality and has the strength of comprehensive development of residential, commercial, office and resort real estate, China SCE Group has not only cultivated Haixi over the years, but also successfully expanded its projects to 16 cities including Beijing, Shanghai and Shenzhen, with a development property area of more than 10 million square meters. It is precisely because of its pursuit of excellence in quality and recognition of the industry-leading strength of BIM that China SCE Beijing Tianchen Project chose Bimodeling - using BIM technology to carry out virtual design and construction in the design stage, find out the shortcomings of the design and avoid possible construction obstacles.
Although the application of BIM technology in foreign countries has been relatively mature, for the domestic construction industry, BIM technology is still "only heard, not seen". BIM, the full name of Building Information Modeling, refers to the establishment of building models based on the relevant information data of construction projects, covering building structure, water and electricity, and HVAC. The model has the characteristics of visualization, coordination, simulation, analysis, optimization, drawing, and timely provision of engineering quantities.
In this cooperation between Bimodeling and China SCE Group, the team first drew all the design drawings (such as electromechanical, structural, and CAD two-dimensional drawings) of various disciplines of traditional architectural design into the same BIM three-dimensional model, and then used the software to quickly and accurately find the collision problems between various disciplines, conduct clear height analysis, and export a written collision report, which is clearly marked for easy access and modification. At the same time, the BIM model can also be visualized for walkthrough, allowing for intuitive analysis of the project during the design phase.
In addition to providing the owner with the optimization plan of the project in the design stage, Bimodeling can also use its own advantages in three-dimensional scanning to guide the relevant application of the project in the construction, completion and operation stages: in the construction stage, when encountering important node installation, Bimodeling can use three-dimensional scanning technology to find construction errors in advance and correct them in time.
In the completion and acceptance stage, Bimodeling can use three-dimensional scanning technology to obtain point cloud data, and compare it with the BIM model, so as to accurately and completely grasp the error between the engineering entity and the BIM model. In addition, according to the needs of the project, concrete perspective scanning can also be carried out on the project part, which can monitor the condition of concrete embedded objects (such as steel bars, steel plates, pipes, cables, etc.), and the compactness of concrete pouring.
In the operation and renovation stage, due to the derailment of construction and operation links in the past, it was often necessary to repair pipelines or valves in the operation process, but the drawings were lost and the information was incomplete. Now, not only are all the building, structure, electromechanical, pipeline and other information stored in the same BIM model, which can be viewed at any time and will not be lost, but also in the early work, the location of pipelines and valves can be marked with specifications, materials, manufacturers, suppliers and installation methods, so as to avoid many troubles in the later operation and transformation stage.
Combining three-dimensional scanning and BIM technology like this requires very strong data processing capabilities to support it. With advanced three-dimensional data processing technology and efficient data processing platform, Bimodeling is at the leading level in the industry in terms of three-dimensional data acquisition and processing and BIM big data fine processing.
As the first company in the industry to mature the application of three-dimensional data modeling technology, the service efficiency of the company is much higher than that of the traditional surveying and mapping in the past, which greatly improves the project efficiency and saves the follow-up cost.
Although the application of BIM technology in foreign countries has been relatively mature, for the domestic construction industry, BIM technology is still "only heard, not seen". BIM, the full name of Building Information Modeling, refers to the establishment of building models based on the relevant information data of construction projects, covering building structure, water and electricity, and HVAC. The model has the characteristics of visualization, coordination, simulation, analysis, optimization, drawing, and timely provision of engineering quantities.
In this cooperation between Bimodeling and China SCE Group, the team first drew all the design drawings (such as electromechanical, structural, and CAD two-dimensional drawings) of various disciplines of traditional architectural design into the same BIM three-dimensional model, and then used the software to quickly and accurately find the collision problems between various disciplines, conduct clear height analysis, and export a written collision report, which is clearly marked for easy access and modification. At the same time, the BIM model can also be visualized for walkthrough, allowing for intuitive analysis of the project during the design phase.
In addition to providing the owner with the optimization plan of the project in the design stage, Bimodeling can also use its own advantages in three-dimensional scanning to guide the relevant application of the project in the construction, completion and operation stages: in the construction stage, when encountering important node installation, Bimodeling can use three-dimensional scanning technology to find construction errors in advance and correct them in time.
In the completion and acceptance stage, Bimodeling can use three-dimensional scanning technology to obtain point cloud data, and compare it with the BIM model, so as to accurately and completely grasp the error between the engineering entity and the BIM model. In addition, according to the needs of the project, concrete perspective scanning can also be carried out on the project part, which can monitor the condition of concrete embedded objects (such as steel bars, steel plates, pipes, cables, etc.), and the compactness of concrete pouring.
In the operation and renovation stage, due to the derailment of construction and operation links in the past, it was often necessary to repair pipelines or valves in the operation process, but the drawings were lost and the information was incomplete. Now, not only are all the building, structure, electromechanical, pipeline and other information stored in the same BIM model, which can be viewed at any time and will not be lost, but also in the early work, the location of pipelines and valves can be marked with specifications, materials, manufacturers, suppliers and installation methods, so as to avoid many troubles in the later operation and transformation stage.
Combining three-dimensional scanning and BIM technology like this requires very strong data processing capabilities to support it. With advanced three-dimensional data processing technology and efficient data processing platform, Bimodeling is at the leading level in the industry in terms of three-dimensional data acquisition and processing and BIM big data fine processing.
As the first company in the industry to mature the application of three-dimensional data modeling technology, the service efficiency of the company is much higher than that of the traditional surveying and mapping in the past, which greatly improves the project efficiency and saves the follow-up cost.
