The use of transformable systems in the architecture of buildings of educational organizations

Pimenova, E. V.

doi:10.1088/1757-899x/698/3/033033

Cited by 6 publications

(4 citation statements)

References 2 publications

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“…In SDU University of Southern Denmark (Fig. 4a) the campus is fitted with dynamic solar shading system, with 1600 triangular perforated steel panels that are able to adjust itself to desired daylight penetration through rotating around a vertical axis [13]. While a Perforated metal horizontally rotating louver shading system is integrated on the external glazed façade of the Zurich Airport, Switzerland [14] (Fig4.b).…”

Section: Transformation Strategiesmentioning

confidence: 99%

Kinetic Facades: How Nature of Components Affects the Applications of Different Transformation Strategies

Mekhamar

Hussein

2021

Engineering Research Journal

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In the current trend towards implementation of kinetic elements in buildings facades, a significant role is played by materials characteristics of integrated elements, and its effect on the responsive behavior of kinetic facades towards varying ambient conditions, represented through its motion and transformation strategies. After reviewing a wide range of kinetic facades researches, it was noticed that different research methodologies have been adopted mainly to study the apparent and general characteristics of kinetic facades, to represent an outline of movable facade's configurations and patterns morphology or to study different stimuli types and control strategies. While this paper's main aim is to provide researchers and designers, who are interested in the design and applications of kinetic facades with an overview of the interconnected relation between applied materials and different transformation strategies of kinetic facades.The framework is divided into two parts at which the first part is considered to be a descriptive display of a number of remarkable case studies with different integrated materials and transformation strategies, while the second part is a comparative analysis of facades behavior, followed by a discussion, which proposes elements with different materials characteristics that can be applied to achieve specific scope of movements.

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Section: Transformation Strategiesmentioning

confidence: 99%

Kinetic Facades: How Nature of Components Affects the Applications of Different Transformation Strategies

Mekhamar

Hussein

2021

Engineering Research Journal

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“…Changes of Separate Building Elements. This principle of dynamic transformation includes: transformable roofs and facades of buildings [13,14].…”

Section: Building Changed By a Telescope-type Principlementioning

confidence: 99%

Dynamic Architecture as Reflection of a Modern Information Society

Gorgorova

Sarkisyants

2018

MSF

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“…A variety of shapes and capabilities gives farsighted directions -the use of more plastic joints, including inclined galleries, changing the shape of the towers themselves, the introduction of nonlinear forms, the combination of closed volumes of different configurations with through holes and galleries inside them, etc. [20,21].…”

Section: The Farsighted Directions Combined (Hybrid) Systemsmentioning

confidence: 99%

The Use of Spatial Voids in the Formation of High-Rise Buildings Architecture

Pimenova

Grigoryan

Ivanova

2018

MSF

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One of the prior directions in the high-rise buildings formation was the use of spatial voids in their architectural solution. This article discusses the world experience in the design and construction of high-rise buildings, the formation of which is based on techniques connected with the use of spatial voids. On the design experience analysis basis is revealed through the classification of unique high-rise buildings architecture formation existing methods on the basis of application of spatial voids in their figurative decisions. The five main shape-forming schemes of high-rise buildings based on the use of spatial voids in their structure: gallery, bridge, arch, closed, combined (hybrid) are defined. The basic principles of high-rise buildings architecture formation with application of spatial apertures in their volume solutions are determined. The work's practical significance in the possible application of the obtained study results, both in project practice and for the further theoretical research is specified.

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The use of transformable systems in the architecture of buildings of educational organizations

Cited by 6 publications

References 2 publications

Kinetic Facades: How Nature of Components Affects the Applications of Different Transformation Strategies

Kinetic Facades: How Nature of Components Affects the Applications of Different Transformation Strategies

Dynamic Architecture as Reflection of a Modern Information Society

The Use of Spatial Voids in the Formation of High-Rise Buildings Architecture

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