Ancient Base Isolation System in Mausoleum of Cyrus the Great

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Pasargadae was the capital of the Achaemenid Empire, and it contains the Mausoleum of Cyrus the Great. This monument was designed with smoothed block of stones that were bonded to each other to form six layers with a chamber on the top. In this study, the Mausoleum of Cyrus the Great was taken into account on the viewpoints of earthquake aspects and provided reasons to indicate the tomb constructed with the aforementioned layers, which led to a Base Isolation System, being the earliest Base Isolation System quite straightforward. The tomb simulated by finite element software and it was analyzed with transient structural methods with a pretty much strong earthquake, regarding to Mercalli Intensity Scale. At the end of the paper is attempted to answer the reason of why the six stages were constructed.
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Mausoleum of Cyrus the Great; Pasargadae; Earthquake Analysis; the Earliest Base Isolation System

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Mallowan M. (1972), “ Cyrus the Great (558-529 B.C.)”, Iran (JSTOR), Vol. 10 pp. 1-17

Rafiee Fanood M. and F. Mehdizadeh Saradj, (2013) “Learning from the Past and Planning for the Future: Conditions and Proposals for Stone Conservation of the Mausoleum of Cyrus the Great in the World Heritage Site of Pasargadae” International Journal of Architectural Heritage, Vol. 7 issue4, p. 434-460

Shirvani M. and Abed Esfahani A., (2008) “Consideration of black stones in Pasargadae and protection solution (in Persain)”, Maremat va Pajoohesh, p.171-186, No.4

Masoumi M., Banakar H. and Baroomand B. (2015) “An ancient Persian lime mortar “Sarooj””, Malaysian Journal of Civil Engineering, Volume 27 Issue 1 pp.94-109

Zournatzi, A. (1993) “CYRUS v. The Tomb of Cyrus”. In Encyclopædia Iranica. vol. 6. New York: Bibliotheca Persica Press, p 522-524 ISBN 0-939214-78-4.

Shahpour Shahbazi A., (2007) “Comprehensive guide of Pasargadae (in Persain)”, 2th edition, p 39-42, ISSBN: 964-90380-4-2

Golabchi M. and Khorramirouz M., (2009) “Assessment of structural components of Iranian heritage building: Persepolis”, Transactions on The Built Environment, WIT Press, Vol. 109.

Sepahbodnia A.,(2006) “Achaemenid Engineers Constructed Pasargadae to Withstand Seven Richter Scale Earthquake” The Circle of Ancient Iranian Studies, 2006 access on

Culture Heritage News, (2013) accessed December 2013, 74845&Serv=3&SGr=22

Bozorgnia Y., V.Bertero V. (2004) “Earthquake engineering, From Engineering Seismology to Performance-Based Engineering”, p. 27-48, CRC Press LLC, ISBN 0-8493-1439-9

Mohebbi M., H. Dadkhah, K. Shakeri (2015) “Optimal Hybrid Base Isolation and MR Damper”, International Journal of Optimization in Civil Engineering, Vol. 5 Issue 4 pp. 493-509

Kelly T.E., (2001) “Base Isolation of Structure, Design Guidelines”, p.1-3 Holmes Consulting Group Ltd

Calvi1 P. M., D. M. Ruggiero, (2016) “Numerical Modelling of Variable Friction Sliding Base Isolators” Bulletin of Earthquake Engineering, Volume 14, Issue 2, Springer, pp 549-568

Ahmadi G. (1995) “Overview of Base Isolation, Passive and Active Vibration Control Strategies for Aseismic Design of Structures”, Scientia Iranica, Sharif University of Technology, Vol. 2 no. 2, pp.99-116

Tieyuan Z., (2014) Department of Geophysics at Stanford University, Some Useful Numbers on the Engineering Properties of Materials (Geologic and Otherwise) GEOL 615, accessed June 2014, or


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