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DEVELOPMENT OF SOIL MODEL OF GYUMRI CITY
FOR HAZARD AND RISK ASSESSMENT
Laboratory of monitoring and innovations, Institute of Geological Sciences, National Academy of Sciences of the Republic of Armenia
Журнал: Вопросы инженерной сейсмологии
Том: 43
Номер: 1
Год: 2016
Страницы: 39-48
Ключевые слова: Gyumri city, soil model, ground motion, soil condition, micro-tremor record, shear wave propagation velocity, seismic hazard and risk assessment, building code
Аннотация: DEVELOPMENT OF SOIL MODEL OF GYUMRI CITY
FOR HAZARD AND RISK ASSESSMENT
Список литературы: Armproekt. Master Plan of Gyumri city. Yerevan, 2001. [in Armenian].
Babayan H., Hovhannisyan G., Babayan S., Gevorgyan M. Earthquake scenarios (deterministic assessment of seismic risk) of large cities of Armenia // Journal Sustainable Development of Mountain Territories. 2015. No. 4 (26).
Babayan T. Seismic microzonation of the territory of Gyumri city // Scientific-technical report / Institute of Geophysics end Earthquake Engineering of the NAN Armenia, Gyumri, 2001.
Borcherdt R.D., Glassmoyer G., Andrews M., Cranswick E. Effect of site conditions on ground motion and damage, in Armenia earthquake reconnaissance report // Earthquake Spectra, 1989. No. 5. P. 23-42.
Gasparyan R., Gasparyan V. Underground cavity as a factor of exacerbating geo-ecological conditions of the city of Gyumri // Proceedings of the of scientific works of the conference dedicated to the 20th anniversary of Spitak earthquake. Gyumri. 2009. P. 135-141.
Eisenberg Y.M. Spectra and damages of the Spitak earthquake // Proceeding of International seminar on Spitak-88 Earthquake, sponsored by UNESCO. Yerevan, 1989. P. 291-301.
Field E.H., Clement A.C., Jacob K.H., Aharonian V., Hough S.E., Friberg P.A., Babaian T.O., Karapetian S.S., Hovanessian S.M., Abramian H.A. Earthquake site-response study in Giumri (formerly Leninakan), Armenia, using ambient noise observations // Bulletin of the Seismological Society of America. 1995. V. 85, No. 1. P. 349-353.
Khachiyan E.E., Markaryan T.G., Hambartsoumyan V.A. // 2006. Earthquake Engineering: Design Norms, СНРА II-6.02-2006.
Khalturin V., Shomakhmadov A., Sedrakyan Y., Sargsyan N., Mkrtchyan L. Strengthening of ground motion in Leninakan // Problems of Engineering Seismology. 1990. No. 32. P. 77-86.
Miller R.D., Xia J., Park C.B., Ivanov J. Shear-wave velocity field from surface waves to detect anomalies in the subsurface // Geophysics 2000. FHWA and MoDOT. Special Publication, 4:8.1-4:8.10.
Nakamura Y. A method for dynamic characteristics estimation of subsurface using micro-tremor on the ground surface // Quarterly Report of the Railway Technology Research Institute. 1989. No. 30. P. 25-30.
Nazarian S., Stokoe K.H., Hudson W.R. Use of spectral analysis of surface waves method for determination of module and thicknesses of pavement systems // Transportation Research Record. 1983. No. 930. P. 38-45.
Paffenholtz K.N. Geology of Armenian SSR. II-Stratigraphy. Yerevan: Pub. Arm. Nat. Scince. Acad., 1964.
Park C.B., Miller R.D., Xia J. Multimodal analysis of high frequency surface waves // Proceeding of the Symposium on the application of geophysics to engineering and environmental problems. 1999. P. 115-121.
Sayadyan Yu. The newest geological history of Armenia. Yerevan: Gitytyun, 2009.
SESAME, Guidelines for the implementation of the H/V spectral ratio technique on ambient vibrations. Measurements, processing and interpretation // European Commission - Research General Directorate Project No. EVG1-CT-2000-00026 SESAME. Report D23. 2004.
Suyehiro S., Okada T., Kobayashi H., Hirosawa M., Murakami M., Sugano S. Evaluation of the results obtained by the Japanese Mission of Armenia // Proceeding of International seminar on Spitak-88 Earthquake, sponsored by UNESCO. Yerevan. 1989. P. 87-106.
Tenorio C. Site response evaluation: A review of the problems involved, estimation techniques and Nakamuras single station method, and shallow crustal structure in Guatemala using P- and S- wave inversion. Unpublished Master Thesis. Department of Solid Earth Physics, University of Bergen. P. 97.
Yeghian M., Ghahraman V. The Armenia earthquake of December 1988. Boston, Massachusetts: Northeastern University, 1992.
Babayan H., Hovhannisyan G., Babayan S., Gevorgyan M. Earthquake scenarios (deterministic assessment of seismic risk) of large cities of Armenia // Journal Sustainable Development of Mountain Territories. 2015. No. 4 (26).
Babayan T. Seismic microzonation of the territory of Gyumri city // Scientific-technical report / Institute of Geophysics end Earthquake Engineering of the NAN Armenia, Gyumri, 2001.
Borcherdt R.D., Glassmoyer G., Andrews M., Cranswick E. Effect of site conditions on ground motion and damage, in Armenia earthquake reconnaissance report // Earthquake Spectra, 1989. No. 5. P. 23-42.
Gasparyan R., Gasparyan V. Underground cavity as a factor of exacerbating geo-ecological conditions of the city of Gyumri // Proceedings of the of scientific works of the conference dedicated to the 20th anniversary of Spitak earthquake. Gyumri. 2009. P. 135-141.
Eisenberg Y.M. Spectra and damages of the Spitak earthquake // Proceeding of International seminar on Spitak-88 Earthquake, sponsored by UNESCO. Yerevan, 1989. P. 291-301.
Field E.H., Clement A.C., Jacob K.H., Aharonian V., Hough S.E., Friberg P.A., Babaian T.O., Karapetian S.S., Hovanessian S.M., Abramian H.A. Earthquake site-response study in Giumri (formerly Leninakan), Armenia, using ambient noise observations // Bulletin of the Seismological Society of America. 1995. V. 85, No. 1. P. 349-353.
Khachiyan E.E., Markaryan T.G., Hambartsoumyan V.A. // 2006. Earthquake Engineering: Design Norms, СНРА II-6.02-2006.
Khalturin V., Shomakhmadov A., Sedrakyan Y., Sargsyan N., Mkrtchyan L. Strengthening of ground motion in Leninakan // Problems of Engineering Seismology. 1990. No. 32. P. 77-86.
Miller R.D., Xia J., Park C.B., Ivanov J. Shear-wave velocity field from surface waves to detect anomalies in the subsurface // Geophysics 2000. FHWA and MoDOT. Special Publication, 4:8.1-4:8.10.
Nakamura Y. A method for dynamic characteristics estimation of subsurface using micro-tremor on the ground surface // Quarterly Report of the Railway Technology Research Institute. 1989. No. 30. P. 25-30.
Nazarian S., Stokoe K.H., Hudson W.R. Use of spectral analysis of surface waves method for determination of module and thicknesses of pavement systems // Transportation Research Record. 1983. No. 930. P. 38-45.
Paffenholtz K.N. Geology of Armenian SSR. II-Stratigraphy. Yerevan: Pub. Arm. Nat. Scince. Acad., 1964.
Park C.B., Miller R.D., Xia J. Multimodal analysis of high frequency surface waves // Proceeding of the Symposium on the application of geophysics to engineering and environmental problems. 1999. P. 115-121.
Sayadyan Yu. The newest geological history of Armenia. Yerevan: Gitytyun, 2009.
SESAME, Guidelines for the implementation of the H/V spectral ratio technique on ambient vibrations. Measurements, processing and interpretation // European Commission - Research General Directorate Project No. EVG1-CT-2000-00026 SESAME. Report D23. 2004.
Suyehiro S., Okada T., Kobayashi H., Hirosawa M., Murakami M., Sugano S. Evaluation of the results obtained by the Japanese Mission of Armenia // Proceeding of International seminar on Spitak-88 Earthquake, sponsored by UNESCO. Yerevan. 1989. P. 87-106.
Tenorio C. Site response evaluation: A review of the problems involved, estimation techniques and Nakamuras single station method, and shallow crustal structure in Guatemala using P- and S- wave inversion. Unpublished Master Thesis. Department of Solid Earth Physics, University of Bergen. P. 97.
Yeghian M., Ghahraman V. The Armenia earthquake of December 1988. Boston, Massachusetts: Northeastern University, 1992.
