トルコ東部地震(2011年10月)の分析 MURADIYE METEOROLOJI MUD.

トルコ東部地震(2011年10月)の分析 MURADIYE METEOROLOJI MUD.
M7.2 Eastern Turkey Area Earthquake of 23 Oct 2011
Station:MURADIYE METEOROLOJI MUD.
38.990N,43.768E.
Google Maps URL:http://g.co/maps/a8x9k,46.6km from Epicenter

PDF Document:Acceleration Time History.From20(s) to 80(s)
URL http://am-consulting.co.jp/pdf_documents/20111029-001.pdf
MD5 cde8a7714973051f0b8f922e44cb7f73

PDF Document:Fourier Amplitude Spectrum:-10(Hz)
URL http://am-consulting.co.jp/pdf_documents/20111029-002.pdf
MD5 9b6f8a8f252cdfd3497ea8a7a1a3d018

PDF Document:Maximum Response by Building Height
URL http://am-consulting.co.jp/pdf_documents/20111029-003.pdf
MD5 e821d86c4d090c1136e414f3ac07a777

PDF Document:Sa-Sd Curve.Sa:Maximum Absolute Acceleration Response,Sd:Maximum Relative Displacement Response
URL http://am-consulting.co.jp/pdf_documents/20111029-004.pdf
MD5 a31946c3eec91bd14375fd536cce8878

PDF Document:H/V Spectral Ratio
URL http://am-consulting.co.jp/pdf_documents/20111029-005.pdf
MD5 a7e40d21a4eef2d5da0f05f8e5647ced

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Reference
[1]http://strongmotioncenter.org/
[2]大崎順彦:『新・地震動のスペクトル解析入門』,鹿島出版会,1994
[3]日本建築学会:『建築物の減衰』,丸善,2000
[4]Yukio Tamura:『Damping in Buildings』
[5]Nelson PULIDO, Toru SEKIGUCHI, Gaku SHOJI , Jorge ALBA, Fernando LAZARES, Taiki SAITO:『Earthquake Source Process and Strong Ground Motions of the 2010 Chile Mega-Earthquake』
[6]Patricio Poblete:『Surviving the 8.8 Richter Chilean Earthquake of 27 Feb 2010 3:34am』
[7]http://en.wikipedia.org/wiki/2009_L%27Aquila_earthquake
[8]http://en.wikipedia.org/wiki/February_2011_Christchurch_earthquake
[9]http://en.wikipedia.org/wiki/2011_T%C5%8Dhoku_earthquake_and_tsunami
[10]http://en.wikipedia.org/wiki/2010_Chile_earthquake

Remarks
・PDF作成日はドキュメントの左下、「Document ID No.」の前から8桁に記しています。例 20120302→2012年3月2日.
・Fourier amplitude spectrum is calculated by Fast Fourier transform(FFT).
・Fourier amplitude spectrum is calculated with no noise filtering.
・Maximum Response is calculated with no noise filtering.
・Average(gal) in the document is the value after minus offset.
・1G=980.665cm/s^2
※Caution:Calculated directly from original uncorrected accelerogram data minus offset.
※Offset is the average of all original uncorrected accelerogram data.