Trends and approaches to reorganization of urban environment
DOI:
https://doi.org/10.26906/znp.2019.52.1694Keywords:
reorganization, redevelopment, reconstruction, revitalization, renovationAbstract
The article describes the standards of urban environment reorganization, which are oriented to the effective use of land resources
and the load distribution for urban transport infrastructure, a high degree of functional diversity. The authors have
analyzed the approaches and trends of the urban environment transformation, based on the concept of the compact cities formation.
The authors determined specific features of the urban industrial environment transformation different types depending
on the degree and direction of the objects modification. In the conditions of land plots shortage, redevelopment projects
provide an opportunity to renew the urban environment, to solve transport problems, and to find the potential for building
new objects.
References
(2006). About complex reconstruction of quarters (residential
districts) of outdated housing stock. Available at
Bronevytskyi, S., Prysiazhniuk, V., Domin, M. and others.
(2015). Master plan of Kyiv. Substantive provisions.
Kyiv: KSCA.
European Charter of Cities ІІ. Available at
Investment objects. Retrivered from https://www.investlvivregion.com/store.php.
Zapototskyi, S. & Levytska, O. (2016). Revitalization of
industrial objects of the city (for example, Ivano-Frankivsk).
Journal of Socio-Economic Geography, 2(21), 102-106.
Kovalov, V.V. (2018). Cluster approach to the organization
of project management of industrial enterprises reconstruction.
Scientific Bulletin of Civil Engineering, 1(91), 100-
https://doi.org/doi:10.29295/2311-7257-2018-91-1-100-107
Compact city: Dutch experience. Retrivered from t
https://mistosite.org.ua/ru/articles/kompaktne-mistoniderlandskyi-dosvid.
Oliinyk, O.P. & Bovdui, A.Ye. (2015). Features of industrial
facilities renovation (foreign experience). Design
Theory and Practice, 7. 205-214.
Redevelopment: the new life of industrial buildings. Retrivered
from http://ma-arch.com.ua.
Kravchunovska, T.S., Kovalov, V.V., Bronevytskyi,
S.P. & Nechepurenko, D.S. (2018). Reconstruction of
industrial enterprises using progressive organizational forms.
Bulletin of Prydniprovska State Academy of Civil Engineering
and Architecture, 1, 19-26.
https://doi.org/10.30838/J.BPSACEA.2312.170118.19.36
Saviovskyi, V.V., Karzhynerova, O.H. & Bronevytskyi,
A.P. (2015). Features of reconstruction of industrial
buildings for civilian objects. Scientific Bulletin of Civil Engineering,
(79), 71-75.
Sedin, V.L., Kovalov, V.V. & Kravchunovska, T.S.
(2017). A complex approach to the organization of reconstruction
of industrial enterprises in the greening of urban
environment. Civil engineering, materials science, mechanical
engineering. Series: Computer Systems and Information
Technology in Education, Science and Management, 101,
-202.
Sedin, V.L., Kovalov, V.V. & Kravchunovska, T.S.
(2017). Development of methods of evaluation, analysis,
substantiation and choice of rational organizational and technological
decisions for the reconstruction of industrial enterprises.
Bulletin of Prydniprovska State Academy of Civil Engineering
and Architecture, 2, 49-54.
Richard, L. & Eschemuller, J. (2008). Urban construction
project management. New York, McGraw-Hill.
Zaiats, Ye.I., Kravchunovska, T.S., Kovalov, V.V. &
Kirnos, O.V. (2018). Risk level assessment while organizational-managerial
decision making in the condition of dynamic
external environment. Naukovyi visnyk Natsionalnoho
Hirnychogo Universytetu, 2(164), 123-129.
https://doi.org/10.29202/nvngu/2018-2/24
Shevchenko, G. Ustinovichius, L. & Andruskevicius,
A. (2008). Multi-attribute analysis of investments risk
alternatives in construction. Technological and Economic
Development of Economy: Baltic Journal on Sustainability,
-3, 428-443.
Sidney, V.L. (2006). Project management in construction.
New York, McGraw-Hill.
Smith, N. New globalism, new urbanism: gentrification
as global urban strategy. Retrieved from
https://onlinelibrary.wiley.com.
Sarka, V., Zavadskas, E.K., Ustinovicius, L.,
Sarkiene, E. & Ignatavicius, C. (2008). System of project
multicriteria decision synthesis in construction. Technological
and Economic Development of Economy: Baltic Journal
on Sustainability, 14-4. 546-565.