Reduction of construction time as a result of increasing the shift to three

Abstract

The subject of the study is the managerial relations arising in the process of shortening the duration of construction as a branch of material production engaged in the construction and reconstruction of buildings and structures for various purposes. The object of the study is: the construction complex as a whole; enterprises of various forms of ownership operating in the investment and construction sector; organizational and legal forms of interaction of participants in the investment and construction process; state regulation in the field of capital construction. The purpose of the work is to solve the key problems of construction time management: assessment of the duration of processes and allocation of resources. The author examines in detail such aspects of the topic as in-line organization of work; technological complexes of work; nomenclature of work; productivity of machines and mechanisms; daily number of shifts (shifts); intensity of work; planning of construction production; types of construction processes; construction crews; regulatory (directive) time of work. Special attention is paid to the specifics of calculating the composition of the team for roofing works. The scientific novelty of the conducted research is determined by the insufficient study of the issues of improvement, theoretical, experimental and feasibility studies of technological processes, methods and forms of organization of construction and its production base, in terms of the problems of reducing the duration of construction. The significance of the work carried out for the national economy is to study the theory and practice of reducing the duration of construction and finding solutions to scientific and technical problems of construction by developing and creating competitive construction technologies and organizational and technological solutions that ensure the intensification of the processes of construction, reconstruction and modernization of buildings and structures while reducing labor, material, technical and fuel and energy resources.