VARIABILITY OF STRONG GROUND MOTION IN BUCHAREST AREA DUE TO VRANCEA EARTHQUAKES

. Enescu D. Ground movement acceleration -macroseismic intensity relations for Vrancea earthquakes. Consideration s on the macroseismic maps of the some of these earthquakes, Rev.Roum. de Géophys., 35, pp 15-27, 1997.

. Popa M., Radulian M., Grecu B., Popes cu E., Plăcintă A.O. Attenuation in Southeastern Carpathians area: result of upper mantle inhomogeneity, Tectonophysics, 410, pp 235-249, 2005.

. Radulian M., Panza G.F., Popa M., Grecu B. Attenuation of Vrancea events revisited, Jour. Earth. Engineering, 10, pp 411-427, 2006.

. Martin, M. & CALIXTO working group. High-resolution teleseismic body-wave tomography beneath SE Romania – I., Geoph. J. Int., 162, pp 448–460, 2005.

. Aldea A., Okawa I., Koyama S., Poiata N. Dense Urban Seismic Instrumentation for Site-effects Assessment in Bucharest, Romania, First European Conference on Earthquake Engineering and Seismology Geneva, Switzerland, Paper Number: 518, 3 -8 September 2006.

. Bala A. Quantitative modelling of seismic site amplification in an earthquake- endangered capital city: Bucharest, Romania, Nat. Hazards , Vol. 72/issue 3, pp 1429-1445, 2014.

. Hauser F., Raileanu V., Fielit z W., Bala A., Prodehl C., Polonic G. VRANCEA99 - The Crustal structure beneath the southeastern Carpathians and the Moesian Platform from a refraction seismic profile in Romania, Tectonophysics, vol. 340/issue 3-4, pp 233-256, 2001.

. Raykova R.B., Panza G. Surface waves tomography and non-linear inversion in the southeast Carpathians, PEPI, 157, pp 164-180, 2006.

. Raileanu V., Bala A., Hauser F., Prodehl C., Fielitz W. Crustal properties from S- wave and gravity data along a seismic refraction profile in Romania , Tectonophysics, Vol. 410/ Issue 1-4, pp 251-272, 2005. International Multidisciplinary Scientific GeoConfenferences SGEM 2015 www.sgem.org

. Enescu D. Ground movement acceleration -macroseismic intensity relations for Vrancea earthquakes. Consideration s on the macroseismic maps of the some of these earthquakes, Rev.Roum. de Géophys., 35, pp 15-27, 1997.

. Popa M., Radulian M., Grecu B., Popes cu E., Plăcintă A.O. Attenuation in Southeastern Carpathians area: result of upper mantle inhomogeneity, Tectonophysics, 410, pp 235-249, 2005.

. Radulian M., Panza G.F., Popa M., Grecu B. Attenuation of Vrancea events revisited, Jour. Earth. Engineering, 10, pp 411-427, 2006.

. Martin, M. & CALIXTO working group. High-resolution teleseismic body-wave tomography beneath SE Romania – I., Geoph. J. Int., 162, pp 448–460, 2005.

. Aldea A., Okawa I., Koyama S., Poiata N. Dense Urban Seismic Instrumentation for Site-effects Assessment in Bucharest, Romania, First European Conference on Earthquake Engineering and Seismology Geneva, Switzerland, Paper Number: 518, 3 -8 September 2006.

. Bala A. Quantitative modelling of seismic site amplification in an earthquake- endangered capital city: Bucharest, Romania, Nat. Hazards , Vol. 72/issue 3, pp 1429-1445, 2014.

. Hauser F., Raileanu V., Fielit z W., Bala A., Prodehl C., Polonic G. VRANCEA99 - The Crustal structure beneath the southeastern Carpathians and the Moesian Platform from a refraction seismic profile in Romania, Tectonophysics, vol. 340/issue 3-4, pp 233-256, 2001.

. Raykova R.B., Panza G. Surface waves tomography and non-linear inversion in the southeast Carpathians, PEPI, 157, pp 164-180, 2006.

. Raileanu V., Bala A., Hauser F., Prodehl C., Fielitz W. Crustal properties from S- wave and gravity data along a seismic refraction profile in Romania , Tectonophysics, Vol. 410/ Issue 1-4, pp 251-272, 2005. International Multidisciplinary Scientific GeoConfenferences SGEM 2015 www.sgem.org