Sound Quality Inside Mosques - Alshawan, Abdulrahman Abdullah
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This Book presents a detailed analysis to identify the best Mihrab (prayer niche of Imam) geometry with respect to acoustical performance of Mosques. Mihrab geometry has an impact on daily prayer recitation and orders, as the Imam (prayer leader) faces this semicircular shape. Applicable room acoustics parameters have been simulated to compare different well-known designs and geometries of Mihrab by room acoustics simulation program. A typical mosque in Dammam city was considered for the study, and it is found that Safavids Mihrab geometry has the best performance followed by Chinese, Mughal…mehr

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Produktbeschreibung
This Book presents a detailed analysis to identify the best Mihrab (prayer niche of Imam) geometry with respect to acoustical performance of Mosques. Mihrab geometry has an impact on daily prayer recitation and orders, as the Imam (prayer leader) faces this semicircular shape. Applicable room acoustics parameters have been simulated to compare different well-known designs and geometries of Mihrab by room acoustics simulation program. A typical mosque in Dammam city was considered for the study, and it is found that Safavids Mihrab geometry has the best performance followed by Chinese, Mughal and Tulunid Mihrab geometries, while the worst performance is found in Almoravid Mihrab geometry. This study obviously guides the Mosque designers to choose the appropriate Mihrab geometry with regard to the acoustical performance.
Autorenporträt
Abdulrahman Abdullah Alshawan - Professional researcher and Civil Engineer whose specialized in Construction management, civil engineering and room acoustics. Holder of Bachelor and Master degree in Building Engineering and publisher of multiple articles in the field of room acoustics.