BIM DIMENSIONS
Builders and technicians are increasingly investing in BIM, a powerful three-dimensional modeling methodology that goes beyond building a simple electronic building mockup.
The idea behind BIM is to build a platform that will carry all the information needed to manage the project, the work and the entire life of the building or facilities.
Designers work on the same basis, being able to foresee and correct the inevitable interferences between specialties that intervene in the work, such as structural design and air conditioning.
The main world construction markets report that the adoption of BIM brings productivity improvements, efficiency and project quality, with consequent gain in competitiveness.
Those who are willing to build a building from architectural projects are aware that they have all the building elements necessary for field activities and that they will carry out the work without any problems or problems.
What experience shows is that almost never the desired project is what is actually built, since interference, inefficiencies, design changes, specification changes and, not infrequently, the work is started without the project being completed. minimum maturity compatible with construction services. These situations reduce with project execution in BIM.
3D
BIM 3D consists of the consolidation of the projects of the work in the same virtual environment, in three dimensions and with all the necessary elements for their characterization and spatial positioning.
One of the advantages of BIM 3D is what is called conflict detection or collision detection, ie the identification of incongruities between various projects, such as a misplaced door, a pipe that "collides" with a pillar, etc.
4D
In BIM 4D, the building graphics can be linked to the work schedule. This correlation makes it possible for the manager to follow the physical progress of the construction and, with the simple movement of the computer cursor over the schedule, to see the work being calmly and quietly constructed as it were in a
movie.
BIM 4D is also useful from a market point of view, as it provides film recording of the evolution of the work, not only to the delight of customers but also to record data and changes over time.
5D
In BIM 4D, the building graphics can be linked to the work schedule. This correlation makes it possible for the manager to follow the physical progress of the construction and, with the simple movement of the computer cursor over the schedule, to see the work being calmly and quietly constructed as it were in a
movie.
BIM 4D is also useful from a market point of view, as it provides film recording of the evolution of the work, not only to the delight of customers but also to record data and changes over time.
6D
In BIM 4D, the building graphics can be linked to the work schedule. This correlation makes it possible for the manager to follow the physical progress of the construction and, with the simple movement of the computer cursor over the schedule, to see the work being calmly and quietly constructed as it were in a
movie.
BIM 4D is also useful from a market point of view, as it provides film recording of the evolution of the work, not only to the delight of customers but also to record data and changes over time.
7D
In BIM 4D, the building graphics can be linked to the work schedule. This correlation makes it possible for the manager to follow the physical progress of the construction and, with the simple movement of the computer cursor over the schedule, to see the work being calmly and quietly constructed as it were in a
movie.
BIM 4D is also useful from a market point of view, as it provides film recording of the evolution of the work, not only to the delight of customers but also to record data and changes over time.
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