Osypova A. Optimization of organizational and technological solutions for revitalization of construction processes

Українська версія

Thesis for the degree of Doctor of Philosophy (PhD)

State registration number

0821U101942

Applicant for

Specialization

  • 192 - Будівництво та цивільна інженерія

25-06-2021

Specialized Academic Board

ДФ 26.056.017

Kyiv National University of Construction and Architecture

Essay

The dissertation presents the results of analysis of practical experience and research in the field of optimization of organizational and technological solutions and revitalization of construction production, which allows us to conclude that the question of justification and selection of optimal revitalization measures and works is insufficiently studied. design of organizational and technological solutions for the revitalization of construction processes. The purpose of the work is to increase the efficiency and environmental friendliness of construction on the basis of developing an orderly system of organizational and technological solutions aimed at eliminating the causes of the negative impact of construction processes on the environment. To solve the goal, a general research methodology has been developed, and the factors influencing the choice of optimal methods of organizational and technological solutions for the revitalization of construction processes, research and classified factors of negative impact of construction processes on the environment; substantiated sets of the main sources of pollution, ordered by importance; the classification of the factors influencing a choice of rational organizational and technological decisions of revitalization (OTDr) of processes of building manufacture with ranking on influence is developed; many anthropogenic landscapes have been identified, which model the main construction and ecological situations; built models of the ideal object of construction to determine the amount of harmful emissions and impacts with the formation of many processes of construction production of selective-extreme structure. The initial system of OTDr, divided into complementary complexes, which correspond to the importance of anthropogenic landscapes for protection and restoration, is substantiated, the optimal structure of isolated OTDr complexes is established, taking into account the values of introduction into design, and also approbation in educational process

Files

Similar theses