Unconventional methods for displaying tectonic features of architectural systems of low-rise buildings

Author:

Pleshivtsev Alexander

Abstract

The possibilities of unconventional technological methods for the formation of low-rise buildings need an adequate scientific and methodological substantiation. The features of the influence of technological component on the nature and methods of forming compositional solutions of low-rise buildings are established. The dependence of the functional quality of construction products (low-rise buildings) on the possibilities of adapting techniques of unconventional technological effectiveness to the practical implementation of compositional and structural solutions of effective architectural systems has been revealed. The structure of promising areas of technological transformation of forms (dynamic architecture) of low-rise buildings is developed. An example of the concept of technological transformation of a mobile architectural system of a low-rise residential building is considered. The main features of the influence of unconventional technological methods on compositional solutions and methods of forming architectural systems of low-rise buildings are determined.

Publisher

EDP Sciences

Reference26 articles.

1. Shubenkov M.V., The structure of the architectural space: a thesis for the Doctor of Architecture degree (Moscow, 2006)

2. Bachelard G., The Poetics of Space (Penguin Classics, London, 2014)

3. Soloviev K.A., Stepanova D.S., History of architecture and construction equipment (“Lan” Publishing House, St. Petersburg, 2016)

4. Cohen M.A., Delbeke M., Proportional Systems in the History of Architecture: A Critical Reconsideration (Leiden University Press. Critical edition, London, 2018)

5. Mouzon S.A., Mouzon D.L., Architectural elements. Traditional construction details (McGraw-Hill Book Company, New York, 2001)

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