DOI: https://doi.org/10.31493/tit1811.0101

Urban planning aspects of stability theory of ecological town planning systems

Iryna Ustinova

Abstract


The study of the problems of sustainable devel-opment of the ecological and urban planning system " population ↔ environment" of various levels of its functional and spatial integrity (lo-cal, regional, national, world-wide) reveals a number of fundamental provisions that estab-lish the conceptual foundations of a new direc-tion in urban planning science that potentially exists in certain individual works. The development of urban planning aspects of the stability theory is based on the funda-mental concept of the physico-mathematical stability theory that is more developed at the present time and the research findings, which established the cyclical nature of the multilevel processes of wave development of the "popula-tion ↔ environment" system. The urban plan-ning stability theory studies the nature of the vi-brational development of urbanization process-es accelerating in a multi-level ecological space. The paper reveals a number of similarities and fundamental differences in the states of stability and the dynamic pattern that are inher-ent in the development of living and inanimate natural systems. Regarding the differences in state of equilibrium: equilibrium is the goal of development for living systems within a certain cycle and the level of their spatial integrity. For inanimate systems equilibrium is the initial state. Concerning the differences in the stability of the location of the "center of mass": the "center of mass" should occupy the highest possible position (in the range of ecological equilibrium) for living systems; for the inanimate-to take the lowest possible position. When developing the urban development aspects of stability theory were used such concepts of physical and mathematical stability theory as: asymptotic stability; stability "in time" according to Lyapunov; stability "in space" ("stable − unstable node", "stable − non-stable focus ", "stable center"). Marked con-cepts are important for the analysis of multi-level processes of accelerating development of the ecological and urban planning system; fore-casting the direction of its further changes; de-termination of focuses and parameters of appli-cation of urban planning regulatory influences; adapted sustainable development management.

Keywords


Urban development processes; ecologic-urban planning system; urban-eco-physical parallels; sustainable development; sustainability over time; sustainability over space

Full Text:

PDF

References


Ustinova I.I., 2016. The Methodological Foundations of Sustainable Development of Ecological and City-Planning Systems. Abstract of a Thesis on Achieving of Degree of Doctor in Architectural Sciences, Spec. 18.00.01 Theory of Architecture, Restoration of Architectural Monuments. Kyiv, 46 (in Ukrainian).

Iryna Ustinova, 2015. Theoretical principles of wave urbanistics, Underwater Technologies, Vol.01, 33-42.

Ustinova І.І., 2011. Ecophysical foundations and strategies of sustainable development of regions, "Modern problems of architecture and urban development", Vol.26, 193-206 (in Ukrainian).

Differential equations. Basic notions of the stability theory http://www.math24.ru/basic-concepts-of-stability-theory.html (in Russian).

Lagrange theorem for equilibrium stability http://ru.wikipedia.org/wiki/Теорема_Лагранжа_об_устойчивости_равновесия (in Russian).

Dolnyk, V.R., 1992. Whether there are biological mechanisms of regulation of the number of people. Nature, Vol. 6, 3-16 (in Russian).

Reimers N.F., 1994. Environment (theory, laws, rules, and the principles). Moscow, the magazine "Young Russia ", 367 (in Russian).

Yu. Odum, 1986. Ecology: in 2 t. Moscow, Mir, 328 + 376 (in Russian).

Timokhin V., 2008. Architecture of City Development. 7 books on the theory of city-planning. Kyiv, KNUBA, 628 (in Ukrainian).

Kuznetsov O.L., Bolshakov B.E., 2002. Sustainable development: Scientific Fundamentals of Designing a System Nature-Society-Man. St.-Petersburg–Moscow–Dubna, Humanystyka, 616 (in Russian).

Zhurovskyy M.Z., Hvyshyany A.D., 2008. Global modeling of processes in the context of sustainable development in the context of quality and safety of life of people (2005/2007/2008). Kyiv, NTU KPI Polytehnyka, 331 (in Russian).

Petryshyn H.D., 1999. Regarding the issue of forming a network of Ukrainian cities in XIV - XIX centuries (in the European context), "Architectural heritage of Ukraine", Iss.3, Part 2, 56-58 (in Ukrainian).

Differential equations. Basic types of the points of equilibrium. http://www.math24.ru/ положения-равновесия-линейных-автоном ных систем (in Russian).

Fomin I.A., 1986. City in the system of inhabited localities. Kyiv, Budivelnik, 112 (in Russian).

Dyomin N.М., 1991. Management by development of town-planning systems. Kyiv, Budivelnik, 185 (in Russian).

Bilokon Y.M., 2003. Regional planning (theory and practice). Kyiv, Logos, 246 (in Ukraine).

Eugenia Kazakova, 2017. Problems and di-rections of reconstruction of historical centers of small settlements of the Volyn region (on the example of Klevan, Rivne region). Underwater Technologies, Iss.05, 84-91 (in Ukrainian).

Ludmila Ruban, 2016. Underwater urban studies: modern issues and trends. Underwater Technologies, Iss.03, 54-65 (in Ukrainian).

Ludmila Bachinska, 2017. The development of the architectural object under the influence of social history. Underwater Technologies, Iss.06, 89-99.

Makhrova A.G., Nefedova T.G., Traywish A.I., 2012. Moscow: megapolis? agglomera-tion? megalopolis? http://demoscope.ru/weekly/ 2012/0517/demoscope517.pdf (in Russian).

Shebek N.M., 2008. Harmonization of planning development of city. Kyiv, Osnova, 213 (in Ukraine).


Refbacks

  • There are currently no refbacks.


Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.