カルキー・マダン^※1                            教授      博士 (工 学）（1999.4-2006.12）

クアドラ カルロス^※2                           准教授  　 博士（工学）（1999.4-）

(1)  Karkee, M. B. et al, “Survey of Geotechnical Investigation, Design and Practice in Developing Countries* A Case Study in Nepal”, Proc. 12^th Asian Regional Conference on Soil Mechanics and Geotechnical Engineering, Leung et al. (Eds), Singapore, pp.127-130, 2003.08

(2)  Karkee, M. B. et al, “Bored Precast Piles Equipped with Grouted Bulb in the Toe Region, Deep Foundations on Bored and Auger Piles”, W.F. Van Impe (Ed), Millpress Rotterdam, Netherlands, pp227-234, 2003

(3)  Karkee M. B. et al ^※2, “The challenges of protecting heritage architecture in developing countries from earthquake disasters”, Proc. Int. Conf. Structural Studies, Repairs and Maintenance of Heritage Architecture IX, WIT Press, Malta, pp407-419, 2005.06

(4)  Cuadra, C. et al ^※1, “Preliminary Investigation of Earthquake Risk to Inca’s Architectural Heritage”, Eighth International Conference on Structural Studies, Repair and Maintenance of Heritage Architecture (STREMAH 2003), Halkidiki, Greece, 2003.05

(5)  Cuadra, C. et al ^※1, “Simulation of the Dynamic Response of RC Columns Retrofitted with Carbon Fiber”, International Symposium on Latest Achievement of Technology and Research on Retrofitting Concrete Structures, Japan Concrete Institute, Kyoto, Japan, pp49-52, 2003.07

(6)  Cuadra, C. et al ^※1, “Preliminary Investigation of Earthquake Risk to Inca’s Architectural Heritage”, Earthquake Resistant Engineering Structures IV, Ed. G. Latini and C. A. Brebbia, WIT Press, Southampton, Boston, pp 167-176, 2003.09

(7)  Cuadra, C. et al ^※1, “An Evaluation of Earthquake Risk to Inca’s Historical Constructions”, Proc. 13^th World Conference on Earthquake Engineering, Vancouver, B. C., Canada, Paper No. 150 (CD-ROM), 2004.08

(8)  Cuadra, C. et al ^※3,※1, “Preliminary evaluation of the seismic vulnerability of the Inca’s Coricancha temple complex in Cusco”, Proc. Structural Studies, Repairs and Maintenance of Heritage Architecture IX, WIT Press, Malta, pp245-253, 2005.06

(9)  Cuadra, C. et al ^※3,※1 , “Evaluation of the dynamic characteristics of typical heritage structures in Machupicchu”, Proc. Int. Conf. Structural Studies, Repairs and Maintenance of Heritage Architecture IX, WIT Press, Malta, pp237-244, 2005.06

(10)Tokeshi, J. C. et al^※1, “Reliability of Rayleigh Wave Dispersion Curve Obtained from f-k Spectral Analysis of Microtremor Array Measurement”, Proceedings of the 11^th Int. Conf. on Soil Dynamics & Earthquake Engineering, Berkeley, United States, pp532-537, 2004.01

(11)Tokeshi J. C. et al ^※1,※2, “Estimation of Amplification Characteristics of the Ground During Moderate Earthquakes Using Simulated Microtremors”, Proc. 13^th World Conference on Earthquake Engineering, Vancouver, B. C., Canada, Paper No. 167 (CD-ROM), 2004.08

(12)Tokeshi, J. C. et al ^※1,※2,“Seismic Vulnerability of the Main Gate of the Yousen Temple in Yuri-Honjo City”, Near Surface 2005, Palermo, Italy, Paper B029, 2005.09

(13)Tokeshi, J. C. et al ^※1, Reliability of rayleigh wave dispersion curve obtained from f-k spectral analysis of microtremor array measurement, Soil Dynamics and Earthquake Engineering, Elsevier 26(2-4):163-174, 2006.02-04

(14)Sunuwar, L. et al ^{※1,※3,※2}, “Application of GIS in Probabilistic Seismic Hazard Analysis of Urban Areas”, 4^th Int. Conf. On Seismology and Earthquake Engineering (SEE4), Tehran, Iran (CD-ROM), 2003.05

(15)Pokharel, G. et al ^※1, “Geotechnical Engineering Education and Practice in Developing Countries Including Use of Internet and World Wide Web (WWW), Proc. 12^th Asian Regional Conference on Soil Mechanics and Geotechnical Engineering, Leung et al. (Eds), Singapore, pp.977-980, 2003.08

(16)Sugimura, Y. et al ^※1, “An Investigation on Aspects of Damage to Precast Concrete Piles due to the 1995 Hyogoken-Nambu Earthquakes”, Journal of Structural and Construction Engineering, Transactions of the Architectural Institute of Japan, Vol. 574, pp113-120 (in Japanese), 2003.12

(17)Mitsuji, K. et al ^※1, “Dynamic soil-structure interaction in low-rise buildings from seismic records”, Proc. 5^th Internatinal Conference on Case Histories in Geotechnical Enginering, New York, NY (CD-ROM) , 2004.04

(18)Yamato, S. et al ^※1, “Reliability Based Load Transfer Characteristics of Bored Precast Piles Equipped with Grouted Bulb in the Pile Toe Region”, Soils and Foundations, Vol. 44, No. 3, Japan Geotechnical Society, pp57-68, 2004.06

(19)Shrestha S. R. et al ^{※1,※2,※3}, “Preliminary Study for Evaluation of Earthquake Risk to the Historical Structures in Kathmandu Valley (Nepal)”, Proc. 13^th World Conference on Earthquake Engineering, Vancouver, B. C., Canada, Paper No. 197 (CD-ROM), 2004.08

(20)Sunuwar L. et al ^※2,※1, “Strong Ground Motion Attenuation in the Sea of Japan (Okhotsk-Amur Plates Boundary) Region”, Proc. 13^th World Conference on Earthquake Engineering, Vancouver, B. C., Canada, Paper No. 150, (CD-ROM), 2004.08

(21)Ogawa, J. et al ^{※2, ※1}, “A study on seismic vulnerability of Inca’s constructions”, Proc. 4^th International Conference on Computer Simulation in Risk Analysis and Hazard Mitigation, Risk Analysis IV, Rhodes, Greece, pp3-12, 2004.09

(22)Sunuwar, L. et al ^※1, “A preliminary landslide risk assessment of roadnetwork in mountainous region of Nepal”, Proc. Int. Conf. Landslide Risk Management, Vancouver, AA Bulkema Publishers, pp411-421, 2005.05

(23)Sunuwar, L. et al ^{※1, ※2} , “Simulation of the damage to a simple RC structure in Bhuj, India earthquake to estimate the level of input motion”, Earthquake Engineering & Structural Dynamics, Journal of John Wiley publishers, 34:1109-1127, 2005.07

(24)Sunuwar, L. et al ^※1, “Effects of landslide and debris flow to the bridge piers in mountainous rivers in Nepal”, Proc. 17th Canadian Hydrotechnical Conference, Edmonton, Alberta, (CD-ROM), pp539-548, 2005.08

(1)  Sunuwar, L. et al ^※1, “Earthquake Hazard Analysis of Kathmandu Valley for the Safety of Urban Infrastructures: Probabilistic Scenarios”, Proc. 8^th National Convention and FEISCA Regional Meet, Nepal Engineers’ Association, Kathmandu, Nepal, pp218-228, 2003.04

(2)  Tokeshi, J. C. et al ^※1, “Comparison of Predominant Frequencies of KiK-net Observed Horizontal Transfer Functions and Microtremor Measurements In Akita Prefecture – Japan”, 第38回 地盤工学研究発表会 （秋田）、E-07, pp. 2117−2118, 2003.07

(3)  Sunuwar, L et al ^{※1,※3 ,※2}, “Application of GIS in Seismic Hazard Analysis of Urban Areas”, Proc. 4^th International Summer Symposium, Japan Society of Civil Engineers, Kyoto, Japan, pp91-94, 2003.08

(4)  鈴木 隆文 et al ^※2、「インカ遺跡の建造物における地震安全性に関する基礎的研 究」、日本建築学会大会学術講演梗概集, CD‐ROM, Paper No 21051，pp101-102，2003.09

(5)  渡慶次　ファン・カルロス等^{※3 ,※2}、秋田県本荘市の地盤の微動観測、秋田県立大学 システム科学技術学部平成15年度第4回研 究発表会、191-196, 2003.10

(6)  Karkee, M. B., 基礎講演 「What was below the twin towers? THE invisible PART OF THE STRUCTURAL SYSTEM」, 国 際研究発表会、ペルー・クスコ国立大学、2004.06

(7)  Cuadra C., 基礎講演 「An Evaluation of Earthquake Risk to Inca’s Historical Constructions」, 国際研究 発表会、ペルー・クスコ国立大学、2004.06

(8)  Tokeshi J.C., 基礎講演 「Reliability of Rayleigh Wave Dispersion Curve Obtained from f-k Spectral Analysis of Microtremor Array Measurement」, 国際研究発表会、ペルー・クスコ国立大学、2004.06

(9)  Tokeshi J. C. et al ^※1, “Comparison of Predominant Frequencies of KiK-net Observed Horizontal Transfer Functions and Microtremor Measurements in Akita Prefecture, Japan, Proc. 38th Japan National Conf. Soil Mechanics and Foundation Eng., Akita, Japan, pp2117-2118 (CD-ROM), 2004.07

(10) Tokeshi J. C. et al ^※1,※2, “Estimation of Dynamic Characteristics of Earthquake Ground Motions in Akita KiK-net Seismological Observation Sites Using Simulated Microtremors”, Summaries of Tech. Papers, Annual Meetings of AIJ, Hokkaido, pp.679-680 (CD-ROM), 2004.08

(11) Sunuwar L. et al ^{※2,※3,※1}, “Strong Ground Motion Attenuation in the Eastern Margin of Sea of Japan from K-Net Records”, 秋田県立大学 システム科学技術学部 平成16年度 第5回 研究発表会 講演論文集, pp135-138, 2004.10

(12) 福岡　伸太郎 et al ^{※1,※2,※3}、「建物と地盤との相互作用における入力地震波の応答効 果」、日本建築学会東北支部研究報告集、山形、第68号構造系、pp159-162、2005.06

(13) 金井　樹二麻 et al ^{※1,※2,※3}、「常時微動観測を用いた建築構造システムの振動特 性」、日本建築学会東北支部研究報告集、山形、第68号構造系、pp93-96、2005.06

(14) 里　侑典 et al ^{※1,※2,※3}、「インカ・マチュピチュ遺跡の耐震評価に関する研 究」、日本建築学会東北支部研究報告集、山形、第68号構造系、pp159-162、2005.06

(15) 福岡　伸太郎 et al ^{※1,※2,※3}、「建物と地盤との相互作用における入力地震波の応答効 果」、日本建築学会大会学術梗概集（近畿）、Paper No 21234、pp467-468 (CD-ROM)、2005.09

(16) 金井　樹二麻 et al ^{※1,※2,※3}、「常時微動観測を用いた建築構造システムの振動特性 –その１　秋田県立大学学部棟- 」、日 本建築学会大会学術梗概集（近畿）、Paper No 21033、pp65-66 (CD-ROM)、2005.09

(17) 里　侑典　et al ^{※1,※2,※3}、「インカ・マチュピチュ遺跡の耐震評価に関する研究–その１　Colca と Huayrana- 」、日本建築学会大会学術梗概集（近畿）、Paper No 20158、pp315-316 (CD-ROM)、2005.09

(18) Rojas, J. et al ^{※1,※2,※3}, “Studies on Inca Architectural Heritage – From dry joint stone masonry to site-planning skills -”, 秋田県立大学 システム科学技術学部 平成17年度 第6回 研究発表会 講演論文集, pp138-143, 2005.10