Using Approximate Method for the Construction of Mosque Domes


Authors : Busari, R. S.; Busari, A. F.

Volume/Issue : Volume 8 - 2023, Issue 9 - September

Google Scholar : https://bit.ly/3TmGbDi

Scribd : https://tinyurl.com/3srp62kc

DOI : https://doi.org/10.5281/zenodo.8383160

Abstract : Domes remain a unique structure in building construction as a result of stylistic forms and composition in the field of architecture. They are important elements that adequately define the Islamic architecture. The construction of domes which is a doubly curved surface and formed by rectilinear structures always resulted in difficulties to get the curvilinear shape correctly. The study therefore made the use of an approximate method to develop the dome using materials that are provided in the locality. The knowledge of descriptive geometry in surface development was adopted to obtain approximation cone components that produce the hemispherical dome. The components were properly installed and supported by centering which composed eight equally spaced timber frameworks that were supported by planks. Lack of appropriate modern technological advancement should not be factor militating against production of perfect forms, thus appropriate technical drawing basic skills should be acquired by the builders to take the construction of dome from a poor to a good system of accurate centering with good quality control.

Domes remain a unique structure in building construction as a result of stylistic forms and composition in the field of architecture. They are important elements that adequately define the Islamic architecture. The construction of domes which is a doubly curved surface and formed by rectilinear structures always resulted in difficulties to get the curvilinear shape correctly. The study therefore made the use of an approximate method to develop the dome using materials that are provided in the locality. The knowledge of descriptive geometry in surface development was adopted to obtain approximation cone components that produce the hemispherical dome. The components were properly installed and supported by centering which composed eight equally spaced timber frameworks that were supported by planks. Lack of appropriate modern technological advancement should not be factor militating against production of perfect forms, thus appropriate technical drawing basic skills should be acquired by the builders to take the construction of dome from a poor to a good system of accurate centering with good quality control.

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