Kvasnevskyi V. Models and methods of information modeling of objects in Allplan

The thesis is devoted to solve the important scientific and practical problem of automation of the process of information modelling of construction objects at different stages of the life cycle. The library of unification of architectural elements, plate-beam model, methods of generation of plate-beam model, methods of collision elimination on the plate-beam model and methods of data exchange between the information system Allplan and the complex for project management Microsoft Project are proposed. A library of unification is necessary to formalize such concepts as: load-bearing wall, outer wall, names of materials, etc. Because the use of these concepts is often interpreted by different systems in different ways. The use of a unification library will not only unify a certain set of concepts, but will also allow flexible modification of these concepts by affecting the operation of the modules that use it. The proposed plate beam model allows to automate the transition from the architectural model to the finite element, which allows to significantly accelerate the process of information modelling of construction object and greatly facilitates the work of the designer. In the future, the designer can transfer the plate-rod model to a specialized design information system, among them: Lira CAD, Sapphire. Using the model to integrate Allplan and MS Project automates the process of managing project resources at all stages of information modelling and allows you to clearly visualize the construction object in the Allplan information system. Keywords: construction object, lifecycle, construction object model, information technology of automation, PBM, Allplan, information system, CAx-systems.