A Study of the Historical Construction Technology of Bell Towers in Cyprus

Abstract

This paper aims to present the historical construction technology of churches’ bell towers in Cyprus, starting with the initiation of their use and addressing the development of their distinctive morphology adapting and mixing various architectural styles. Traditional bell towers are tall and slender unreinforced masonry structures that are known to be particularly vulnerable to earthquake actions encountered in seismogenic regions, such as Cyprus. Therefore, iron and wood elements with high tensile capacities were commonly utilized in Cypriot bell towers in the form of ties. In particular, the bell tower of Saint John’s church in Psevdas village was constructed using such technology and is an example case studied in more detail in the present work. This tower suffered a partial collapse during an earthquake on May 12th, 2016 and underwent restoration within the next year. Based on the knowledge gathered from the case of the damaged tower and the visual inspection of other bell towers in Cyprus, the use of timber and iron ties in these masonry structures is deemed to be essential for their protection from seismic actions.

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References

[1] Damages on church due to earthquake in Larnaca (in Greek). Kathimerini, (2016).

[2] Kallinikou, C. The Christian temple and its rituals (in Greek). Grigoris Publications, (1969).

[3] Gatty, A. The Bell: Its Origin, History, and Uses. George Bell, 186, Fleet Street, (1848).

[4] Williams, E.V. The Bells of Russia: History and Technology. New Jersey: Princeton University Press, (1985).

[5] Kokkinoftas, C. The raise of bells on churhces in Cyprus during the Ottoman period (1571-1878) (in Greek). Church of Cyprus, (2018).

[6] Myriantheus, D. The church of Panagia Phaneromeni, Nisocia. In: The Lady of Nicosia, Phaneromeni and the relics (in Greek), Bank of Cyprus Cultural Foundation (2012), pp. 15-25.

[7] Emilianides, A. Religion and the state in dialogue: Cyprus. In: Religion and Law in Dialogue: Covenantal and Non-Covenantal Cooperation between State and Religion in Europe (2006), pp. 19-32.

[8] Kiessel, M. and Tozan, A. Orthodox Church Architecture in the Northern Districts of Cyprus from the mid-19th Century to 1974. Prostor, (2014).

[9] Myriantheus, D. Ecclesiastical Architecture (13th-20th century) (in Greek). In: The Holy Bishopric of Morphou. 2000 years of Art and Holiness (2000).

[10] Michaelides, S.G. Saint Lazarus – The history of the church in Larnaca” (in Greek). Holy Church of Saint Lazarus.

[11] Lewis, M.J. The Gothic Revival. Thames & Hydson, (2002).

[12] Baruffi, F., Boucher, J., Coryea, M. and Spector, D. VENICE BELLS AND BELL TOWERS A Striking Source of Knowledge. (2012).

[13] Constantinides, E. Monumental Painting in Cyprus during the Venetian Period, 1489-1571. In: C. Ševèenko et al. (Eds): Medieval Cyprus. Studies in Art, Architecture, and History in memory of Doula Mouriki, Princeton University Press (1999), pp. 263-300.

[14] J+A Filippou, Vitti, P. and De Vito, S. Church of Panagia Faneromeni, Nicosia: Architectural Interventions Report. (2016).

[15] Committee of the church of Panagia Phaneromeni. Holy Church of Panagia Phaneromeni (Nicosia): Official Memorial of the Archibishop Cyprianos and the Ethnomartyrs of 9th July 1821 (in Greek). Church of Cyprus, (2017).

[16] Seismicity (in Greek). Cyprus Geological Survey Department.

[17] Strong Earthquake. Damages in Limassol (in Greek). Cypriot, (1906).

[18] Earthquakes (in Greek). Cyprus Geological Survey Department.

[19] Petrou, M. and Charmpis, D.C. Iron Ties Originally Anchored into Masonry as a Historical Construction Technology – Case Study: A Church in Cyprus. In: R. Aguilar et al. (Eds): Structural Analysis of Historical Constructions, RILEM Bookseries 18 (2019), pp. 153-161.

[20] Papageorgiou, A. and Committee of the Saint John’s Cathedral. The Saint John's Cathedral. Church of Cyprus, (2019).

[21] Sorrentino, L., Liberatore, L., Decanini, L.D. and Liberatore, D. The performance of churches in the 2012 Emilia earthquakes. Bulletin of Earthquake Engineering 12 (2014), pp. 2299-2331.

[22] Kouris, E.G. and Kouris, L.A. Investigation of the Influence of Tie-Rods on the Seismic Behaviour of Slender Towers. In: International Conference on Computational Structures Technology 12 (2018).

[23] Roca, P., Lourenco, P.B. and Gaetani, A. Historic Construction and Conservation. Materials, System and Damage. Taylor and Francis Group, (2019).

[24] Significant Earthquakes (in Greek). Cyprus Geological Survey Department.