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To learn more about our privacy policy Click hereAdvantages of BIM over 2D design technology within the work with precast concrete.
an information model (or modeling) of buildings and facilities,which in a broad sense means any infrastructure facilities, for example, utility networks (water, gas, electrical, sewerage, communication), roads, railways, bridges, ports and tunnels, etc.To get more news about 2d construction drawing software, you can visit shine news official website.
This is a three-dimensional model of a building, or other construction object, connected to a database, in which all the necessary attributes can be assigned to each element of the model. The peculiarity of this approach lies in the fact that a construction object is actually designed as a whole: changing any of its parameters leads to an automatic change in the parameters and objects associated with it, including drawings, visualisations, lists and a calendar schedule.
1: Creating a 3D model instead of flat plans, sections is far easier for perception and visualisation of spacious structures. It makes possible to reduce mistakes when creating the geometry of the structure, as it is easier to control the necessary parameters visually (the height of the walkthrough, the required gaps between structures, etc.).
The created 3D model, can be used to get a plan, a section in any place, and the changes made to the 3D model will be displayed in all created views.
2: Import/export of 3D models through international format IFC (Industry Foundation Classes) gives an opportunity for data exchange with a number of software systems, which makes possible to solve any problem in the most convenient way.
Industry Foundation Classes (IFC) is an open list data format that is not controlled by any company or group of companies. The file format was developed by buildingSMART (International Alliance for Interoperability, IAI) to facilitate communication in the construction industry. It is used as a format for an information model of a building (Building Information Modelling).
3: Automatic division of the model into precast reinforced concrete elements (beams, columns, crossbars, panels) according to the specified parameters.
For example, Tekla Structures has a function to split a wall into panels (based on maximum weight conditions, panel dimensions) with automatic splices between them.
4: A large number of libraries of embedded parts (mounting parts, electrical equipment) from manufacturers, which simplify their use / arrangement in the course of design. There are also libraries of furniture, appliances, lamps, trees, etc., which makes it possible to use BIM not only for creating a construction project, but also for an interior design project.
5: Associative reinforcement (when copying reinforcement to another panel or when changing the panel configuration).
When filling any structure with the information, it remains associative and intelligent that enables it to change when the incoming data are changed.