DEVELOPMENT OF A LIFE CYCLE MANAGEMENT SCHEME FOR A MULTIFUNCTIONAL KINETIC-TYPE HIGH-RISE BUILDING AT THE EXPLOITATION STAGE

Abstract

The aim of the research is to explore paths and solutions for the effective management of capital construction objects during the operational phase. Throughout the study, life cycles of capital construction objects were examined and analyzed, justifying the feasibility of enhancing the life cycle management system during the operational stage. To optimize the operation of a building and improve its efficiency, the implementation of BIM technologies into the management process of capital construction objects is proposed, taking into account the peculiarities of the kinetic construction project. These technologies allow for continuous monitoring of structures and mechanisms, determining their "fatigue" level, microclimate, the functionality of automation systems, alertness, and the impact of human factors on the attractiveness of the real estate object. Specifically for the project, a conceptual management scheme has been developed, adapted for a multifunctional kinetic high-rise building, and its applicability can also extend to other capital construction objects. Such a scheme includes multi-level automation of the management system, implying subordination to a unified center, the system's brain, and a multitude of controllers that collect and process information from sensors. Using a well-defined algorithm, they quickly respond to tasks and efficiently manage one or several elements of the system