What is modeling about building information?
Modeling information about building (BIM) is an electronic design and experimenting process with building functions and how they work before construction. Computer design is commonly used to design a static set of plans for a building project with a different model for each view. BIM exceeds simple designing by modeling relationships between structural elements in a single design. Architects, planners, customers and more can look at the model from many angles, inside and out. They can experiment with design variants relatively quickly and cheaply than at any time or money is spent on a real design.
In addition to providing three -dimensional views, BIM allows you to evaluate BIM in other ways, for example in terms of time or cost. Virtual components of buildings for such modeling are programmed with data that are relevant to the design and design of the project. Such data may include the cost of the component, the percentage of recycled content that contains, information about its warranty etc. This information can be used to evaluate the overall project or to optimize the individual parameters of the building for the best meeting the project requirements.
Product manufacturers can provide components that supply architects and engineers for use. If the manufacturer does not provide the BIM model, designers can use data components information. Alternatively, they can define their own component with details regarding their specific projects.
architects and engineers are primary professionals involved in building information modeling, but other experts also cooperate with BIM during the design and construction phase. For example, safety and health experts at work can use the model to evaluate materials and the development of safety procedures. Estimates and buyers can approach the model quickly and accurately determine the amount and cost of materials. Code officials can use inFormation modeling of buildings to check compliance with local building standards.
Numerous professionals from many areas outside the design and construction of the building also use information modeling of buildings. Financial experts, such as real estate brokers, mortgage brokers and appraisers, can use the model for calculating loans and estimates of the building value. Safety experts can analyze the model to identify and correct vulnerability. Managers of the device can rely on the model long after the initial construction of the building for routine maintenance or when planning renovation.
Using modeling information about building is not without its challenge. One of them is to collect a large amount of information that is needed for numerous components. The amount of information is not only a challenge, but also to ensure their accuracy. On the other hand, it is necessary to apply discretion so that the model does not overcome. Including all available information, regardless of usefulness, would be too complex andSlow processing time whenever changes were made. Ownership of data and models in the field of intellectual property is another complicated legal aspect that must take into account those who use BIM.
Despite these challenges, the design and construction of buildings have shown that modeling information about building information. It allows suppliers to streamline costs and reduce waste by setting problems identified in the model earlier than in the middle of the construction. BIM also helps optimize the performance of building elements, which is a big advantage in reducing materials and using energy throughout the life of the device. As modeling information about building information evolves, it is expected to significantly expand opportunities for optimizing project management before and after design and construction.