MULTI-ASPECT CLASSIFICATION METHOD FOR VERIFICATION OF MULTIDIMENSIONAL INFORMATION MODELS OF OBJECTS OF GENERAL PLANNING

Abstract

The introduction of digital technologies in the construction industry requires a revision of approaches to information modeling and planning of development areas (TPZ). The need for innovation in the process of general planning of the technical and vocational education by moving from a three-dimensional model to an object-oriented multidimensional information model entails the use of new information technologies in the construction industry and in the field of quality control of project documentation. The study determines the appropriateness of applying the multi-faceted facet classification method to verify the information model of the TPZ and general planning objects (GP) at each stage of the life cycle (LC) of the construction object. Five stages of the development of the BIM model of the TPZ are considered and the input and output data of the models of GP objects for each stage of the LC are found – concept, design, construction, operation and reconstruction. To classify the verification of information models of GP objects, five features were identified, on the basis of which the corresponding facets were formed. It is proved that the availability of the verification tool for the BIM model of the TPZ at the construction stage for the customer is a powerful management tool that will allow you to resolve conflicts and find solutions that affect the further progress of the construction and its successful completion, and for the future consumer of construction products during operation it will be the key to the safety of the built object.