Mathematics and the Islamic Architecture of Córdoba

In 10th-century Córdoba, mathematics—and particularly geometry—was applied to architectural design in new ways, constituting a “mathematical turn” of Islamic architecture. In the mosque of Córdoba and in the palaces of Madīnat al-Zahrāʾ,...

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Main Author: Felix Arnold
Format: Article
Language:English
Published: MDPI AG 2018-08-01
Series:Arts
Subjects:
Online Access:http://www.mdpi.com/2076-0752/7/3/35
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author Felix Arnold
author_facet Felix Arnold
author_sort Felix Arnold
collection DOAJ
description In 10th-century Córdoba, mathematics—and particularly geometry—was applied to architectural design in new ways, constituting a “mathematical turn” of Islamic architecture. In the mosque of Córdoba and in the palaces of Madīnat al-Zahrāʾ, geometry was employed in the design of ground plans, elevations, decorative patterns, and even to measure the human view. While Roman architects like Vitruvius had used mathematics to place each element of a building in its appropriate relation to all other elements of a building, the architects at Córdoba employed geometry to create a spatial web in which all parts are equal to each other and part of a single, unified space. The architects of Córdoba thus pointed the way to new possibilities of designing architecture, possibilities which were to be tested further by architects of Gothic and Renaissance architecture, though to different ends.
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spelling doaj.art-053456e6dcc04652a243ba41a6e5f37d2022-12-21T19:04:08ZengMDPI AGArts2076-07522018-08-01733510.3390/arts7030035arts7030035Mathematics and the Islamic Architecture of CórdobaFelix Arnold0German Archaeological Institute, Calle Serrano 159, 28002 Madrid, SpainIn 10th-century Córdoba, mathematics—and particularly geometry—was applied to architectural design in new ways, constituting a “mathematical turn” of Islamic architecture. In the mosque of Córdoba and in the palaces of Madīnat al-Zahrāʾ, geometry was employed in the design of ground plans, elevations, decorative patterns, and even to measure the human view. While Roman architects like Vitruvius had used mathematics to place each element of a building in its appropriate relation to all other elements of a building, the architects at Córdoba employed geometry to create a spatial web in which all parts are equal to each other and part of a single, unified space. The architects of Córdoba thus pointed the way to new possibilities of designing architecture, possibilities which were to be tested further by architects of Gothic and Renaissance architecture, though to different ends.http://www.mdpi.com/2076-0752/7/3/35Mezquita de CórdobaMadīnat al-Zahrāʾarchitectural proportionsgeometryVitruviusinterlocking archesribbed vaultmuqarnaṣ
spellingShingle Felix Arnold
Mathematics and the Islamic Architecture of Córdoba
Arts
Mezquita de Córdoba
Madīnat al-Zahrāʾ
architectural proportions
geometry
Vitruvius
interlocking arches
ribbed vault
muqarnaṣ
title Mathematics and the Islamic Architecture of Córdoba
title_full Mathematics and the Islamic Architecture of Córdoba
title_fullStr Mathematics and the Islamic Architecture of Córdoba
title_full_unstemmed Mathematics and the Islamic Architecture of Córdoba
title_short Mathematics and the Islamic Architecture of Córdoba
title_sort mathematics and the islamic architecture of cordoba
topic Mezquita de Córdoba
Madīnat al-Zahrāʾ
architectural proportions
geometry
Vitruvius
interlocking arches
ribbed vault
muqarnaṣ
url http://www.mdpi.com/2076-0752/7/3/35
work_keys_str_mv AT felixarnold mathematicsandtheislamicarchitectureofcordoba