The information modeling features of object-oriented automated technologies in construction

Abstract

The subject area of the article is the life cycle of buildings and structures, where the object of research is information modeling of low-rise housing object-oriented automated technologies in construction. It is proposed and justified that the priority of the introduction of these technologies is the resource concentration on the production of low-rise housing construction facilities. Such objects can be individual and blocked houses up to 3 floors, attics, verandas, garages, saunas and other outbuildings on estate plots. First of all, the creation of such technologies should meet the regulatory requirements of environmental friendliness, economy, energy efficiency and comfort of the housing environment. A formalized model of the construction of these technologies in the creation of building systems and other parts of low-rise housing construction objects is proposed. The purpose of this article is to present specific requirements for the life cycle management information support of such objects in accordance with the construction of the K-processes in the proposed model. This construction formalizes a special representation of information models, which makes it possible to provide algorithmic justification of the regulatory requirements of the limit states of the structural parts of the above objects. The conclusion is made about the expediency of the life cycle stages automated technologies managing of buildings primarily through an object-oriented operating system for generating and managing automated processes for creating low-rise housing facilities.