Bibliographic citations
Berdillana, F., (2008). Tecnologías informáticas para la visualización de la información y su uso en la construcción: los sistemas 3d inteligente [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/833
Berdillana, F., Tecnologías informáticas para la visualización de la información y su uso en la construcción: los sistemas 3d inteligente [Tesis]. : Universidad Nacional de Ingeniería; 2008. http://hdl.handle.net/20.500.14076/833
@mastersthesis{renati/704162,
title = "Tecnologías informáticas para la visualización de la información y su uso en la construcción: los sistemas 3d inteligente",
author = "Berdillana Rivera, Feliciano Adrián",
publisher = "Universidad Nacional de Ingeniería",
year = "2008"
}
The technologies 3D in the construction industry are the most representative of a new way of working that is producing and will produce increasingly large changes in the construction industry. The results so far show that there are no obstacles to our development in order to implement these technologies and to obtain benefits. The technologies 3D allow today carrying out three-dimensional models of a project, during the design, planning and scheduling stage, and are commonly used by companies of architecture, engineering and construction. The first generation of CAD software depended on entity objects. These entities only represented the geometrical properties of the architectural elements. With the present emerging generation of CAD systems, a new concept shifts a Building Information Model with the potential of modeling true architectural objects. Theoretically, these objects will provide all related data to the designer describing the geometry, as well as any related data associated with how the object is actually used. Different levels of knowledge need to be included, such as the geometrical information, which should be flexible enough to accommodate any type of shape modification while keeping the object’s integrity as a unit and maintaining its relations to other objects. BIM (Building Information Model). The idea of BIM-based CAD has always been foreseen as the ideal way to represent building digitally. The building industry has traditionally communicated building construction information through drawings with notes and specifications. CAD technology automated that process. However, cost, planning and scheduling software were not working as an integral process with CAD. Finally, the scope of the information technology that these tools handled, are checked and verified in detail, as well as the aid that these tools offer for the integration of projects, since this represents a great advantage, not only for the architects and engineering, but also for the owner who can know and preview in advance many of the aspects of the projects, and the economic impact that changes can produce at the job site.
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