Abstract
The objective of this paper is to create methodological bases for the sustainable development of underground infrastructure projects with account of certain factors to substantiate elasticity and stability, when conducting technological processes on the underground space development. The analysis of modern methods and tooling for the formation of the urban designing system with the implementation of mixed-use schemes in Ukraine, made it possible to determine that the project financing is a promising form of the capital investment into the most profitable sectors of the state economy or into private business. The analysis of modern methods of planning and designing of urban infrastructure systems has made it possible to substantiate the promising directions for development of the underground space use with application of the innovation model of sustainable development through the implementation of designated programs of high-tech modernization and renovation of the economic complex. Based on the analysis of modern planning methods for infrastructure facilities, an innovation system of the country is proposed, which is being formed by stages in order to create sustainable urban designing with the implementation of mixed-use schemes with a high density in Ukraine, and with subsequent steady functioning of this infrastructure. The practical relevance is in the definition of universal innovation policy, as a combination of basic principles and directions for creating the effective state mechanisms of market relations, as follows: formation of the regulatory and legal framework in the field of innovation activity; ensuring the interaction between science, education, production, financial and credit sphere in the development of innovation activities; technology transfer and financial support. The scheme for the regulatory innovation mode has been substantiated by means of which the economic growth in the country is stimulated within the framework of the appropriate established system of incentives and constraints.
Highlights
The high requirements for reliability, durability and safety of underground infrastructure facilities (UIF) predetermine the necessity to develop a reliable geomechanical interaction support of an underground structure or an underground part of an infrastructure facility with an enclosing massif
The analysis demonstrates the existence of significant experience in the field of geotechnical substantiation of the possibility to construct underground infrastructure facilities (UIF)
A developed urban underground infrastructure will be an essential component of large industrial cities
Summary
The analysis of modern methods of planning and designing of urban infrastructure systems has made it possible to substantiate the promising directions for development of the underground space use with application of the innovation model of sustainable development through the implementation of designated programs of high tech modernization and renovation of the economic complex. The necessity arises to develop and substantiate these Their use as compared to methods of organization and projects for major cities of Ukraine, taking into account the management of the complex objects construction, tra rational use of underground space, the existing volumes of ditional for the Ukrainian economy, makes it possible to ground water and military operations in the country, which reduce labour costs and the project duration by 10—20%, cause a threat to the economic, technical, technological and and the total cost by 8—15% [3]. This will enable the Ukrainian audit firms to provide their services to African businesses; Olaumi
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
