Fedoruk Y. Organizational and technological tools for the implementation of construction projects in difficult seismic conditions

The dissertation on competition of a scientific degree of the candidate of technical sciences on a specialty 05.23.08. – technology and organization of industrial and civil construction. – Kyiv National University of Construction and Architecture. – Kyiv, 2021. The dissertation is devoted to solving the scientific and preparatory task of updating the development of specialized models of organizational and technological tools for construction projects in warehouse seismic conditions because of scientific and instrumental organization of construction, which is an integral part of the methodology of biosphere-compatible construction. The value of the obtained results for sciences is determined by substantial improvement and innovative change of tools of organizational and technological modelling of real behaviour of construction objects under seismic influences, taking into account spatial deformation and harmlessness of fields under construction. Improvement of biosphere-compatible construction tools is implemented in this work through a combination of general methodological and methodological-analytical components of biosphere-compatible construction, «geometric econometrics», construction development and advanced management of construction projects using digital management technologies. The value of the dissertation results for practitioners is revealed by the development of biosphere-compatible construction by solving the tasks of construction organization and administration of the full cycle of construction project, implemented in models and software products for placement and functioning in the system «examination – initiative – administration – construction – organization – ecological transformations». Are responsible for the current level and can join the mass design, as well as scientific and technical support of complex construction projects. The results of the dissertation confirmed their reliability and practical value during the observation of objects and verification of the ability of buildings to withstand significant seismic loads. According to the results of the research, the scientific news determines the innovative content of the tools of organizational and technological modelling of the full life cycle of construction projects for the implementation of construction projects in seismic storage conditions based on scientific and technical tools of the organization, which is an integral part of biosphere-compatible construction methodology. Developed and discussed organizational and technological tools for the implementation of construction projects in warehouse seismic conditions, based on the methodology of biosphere construction. In particular, the scientific and practical tools of biosphere-compatible construction have been expanded through the proposed semi-empirical method of constructing calculated accelerograms, which is based on the most used technological information contained in accelerograms of earthquakes from local foci and earthquakes in the Vrancea region.