Strong motion earthquake accelerograms, digitized and plotted data

Cover of: Strong motion earthquake accelerograms, digitized and plotted data |

Published by CNEN in Roma .

Written in English

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Subjects:

  • Earthquakes -- Italy -- Friuli-Venezia Giulia.,
  • Seismology -- Italy.

Edition Notes

Book details

Statementcommissione CNEN-ENEL per lo studio dei problemi sismici connessi con la realizzazione di impianti nucleari.
ContributionsCNEN (Agency : Italy), Ente nazionale per l"energia elettrica.
The Physical Object
Paginationv. in :
ID Numbers
Open LibraryOL16395356M

Download Strong motion earthquake accelerograms, digitized and plotted data

Strong Motion Earthquake Acceleograms: Digited and Plotted Data, Volume I - Uncorrected Acceleograms, Part A - Accelerograms IA1 Through IA20 [Editor] on *FREE* shipping on qualifying offers. Strong Motion Earthquake Acceleograms: Digited and Plotted Data, Volume I - Uncorrected AcceleogramsAuthor: Editor.

Earthquake Engineering Research Laboratory, () Strong motion earthquake accelerograms, digitized and plotted data, Volume I - Uncorrected accelerograms; Part F - Accelerograms IF through IF, Accelerograms from the San Fernando, California, earthquake of February 9, California Institute of Technology.

Earthquake Engineering Research Laboratory, () Strong motion earthquake accelerograms, digitized and plotted data, Volume I - uncorrected accelerograms; Part A - Accelerograms IA1 through IA California Institute of Technology.

The first set of 20 uncorrected digitized earthquake accelerograms was published in July, as Volume I, Part A of the present series. That volume also contained introductory material and background information describing the methods used, accuracies, etc.

which should be referred to by all users of the data. Parts A and B have contained accelerograms from earthquakes dating from March Earthquake Engineering Research Laboratory, () Strong motion earthquake accelerograms, digitized and plotted data, Volume I - Uncorrected accelerograms; Part H - Accelerograms IH through IH, Accelerograms from the San Fernando, California, earthquake of February 9, California Institute of Technology.

Earthquake Engineering Research Laboratory, () Strong motion earthquake accelerograms, digitized and plotted data, Volume I - Uncorrected accelerograms; Part Q - Accelerograms IQ through IQ, Accelerograms from the San Fernando, California, earthquake of February 9, California Institute of Technology.

Strong motion earthquake accelerograms digitized and plotted data. Volume 1: Uncorrected accelerograms. Part U: Accelerograms IU through IU Accelerograms from the San Fernando, California, earthquake of February 9, Author: A.

Brady, D. Hudson. Strong motion earthquake accelerograms. Digitized and plotted data. Volume 2: Corrected accelerograms and integrated ground velocity and displacement curves. Parts W and Y: Accelerograms 2WW, 2W, 2W, 2WW and 2YY Publication Date: 04/ Category: Geophysics: Origin: STI: NASA/STI Keywords.

The Strong Motion Earthquake Data Values of Digitized Strong-Motion Accelerograms is a database of o digitized and processed accelerograph records from to Data were obtained from a variety of structural and geologic environments.

Most of the data are available in three levels of processed h Year: Strong motion earthquake accelerograms. Digitized and plotted data. Volume 2: Corrected accelerograms and integrated ground velocity and displacement curves.

Part V: Accelerograms. Strong motion earthquake accelerograms. Digitized and plotted data. Volume 2: Corrected accelerograms and integrated ground velocity and displacement curves. Part V: Accelerograms IIV through IIV Publication Date: 03/ Category: Geophysics: Origin: STI: NASA/STI Keywords.

The final accelerograms obtained during the San Fernando earthquake on Feb. 9, are reported and are comprised of 3 records each from the buildings at Wilshire Blvd., University Ave., Wilshire Blvd., and Century Blvd.; 2 records from the building at San Vicente Blvd.; and 1 record each from the buildings at Beverly Dr., Wilshire Blvd., Wilshire Blvd Author: M.

Trifunac. Strong motion earthquake accelerograms digitized and plotted data. Volume 1: Uncorrected accelerograms.

Part S: Accelerograms IS through IS Accelerograms from the San Fernando, California earthquake of February 9, importance that the original plan was interrupted after two parts and Part C contained the first of the San Fernando.

Strong-motion earthquake accelerograms digitized and plotted data. Volume 2: Corrected accelerograms and integrated ground velocity and displacement curves. Part T: Accelerograms. SMC format files on the USGS Digital Data Series DDS-7 CD-ROM, Digitized Strong-Motion Accelerograms of North and Central American Earthquakesby Linda C.

Seekins, A. Gerald Brady, Catherine Carpenter, and Nicholas Brown,have names that are intended to help the user determine the contents of the files. Strong motion earthquake accelerograms. Digitized and plotted data. Volume 2: Corrected accelerograms and integrated ground velocity and displacement curves.

Title: Strong motion earthquake accelerograms digitized and plotted data. Volume 1: Uncorrected accelerograms. Part T: Accelerograms IT through IT Strong motion earthquake accelerograms, digitized and plotted data, Volume I - uncorrected accelerograms; Part B - Accelerograms IB21 through IB By Earthquake Engineering Research Laboratory.

Download PDF (26 MB) Abstract. The first set, of 20 uncorrected digitized earthquake accelerograms was published in July,as Volume I, Part. Author: Earthquake Engineering Research Laboratory.

Strong motion earthquake accelerograms, digitized and plotted data, Volume II - corrected accelerograms and integrated ground velocity and displacement curves; Parts J and K - Accelerograms IIJ through IIJ and IIK through IIKAuthor: Earthquake Engineering Research Laboratory.

Strong motion earthquake accelerograms, digitized and plotted data, Volume I - Uncorrected accelerograms; Part F - Accelerograms IF through IF, Accelerograms from the San Fernando, California, earthquake of February 9, Author: Earthquake Engineering Research Laboratory.

Center for Engineering Strong Motion Data About CESMD. 2 Reference [20], "Digitized Strong-Motion Accelerograms of North and Central American Earthquakes ", by Seekins and others, is a CD-ROM that contains more than 4, time-series data.

Analysis of errors in digitized strong-motion accelerograms M. Trifunac Earthquake Engineering Research Laboratory California Institute of Technology Lamont-Doherty Geological Observatory of Columbia UniversityCited by: Volume 1 of Engineering monographs on earthquake criteria, structural design, and strong motion records: Author: Donald E.

Hudson: Publisher: Earthquake Engineering Research Institute, Original from: the University of Michigan: Digitized: Length: pages: Subjects: Accelerograms Buildings Materials Seismology Seismometry.

Purpose. The Strong Motion Data Processing Laboratory was established in by Prof. Trifunac in support of the following research activities.

Software development for routine and specialized processing of analogue and digital strong motion accelerograms. Routine processing of large accelerogram data sets and database organization for use in regression analyses.

Analysis of errors in digitized strong-motion accelerograms. errors on the accuracy of data obtained from strong motion earthquake accelerographs. accelerograms. Digitized and plotted data.

Earthquake response spectrum curves calculated from corrected accelerograms are reported. A summary of response spectrum techniques in earthquake engineering is reported which is available as background material for the data. For each earthquake accelerogram, two spectrum plots are given - relative velocity response versus period on a linear scale, and a tripartite log-log plot Author: M.

Trifunac, A. Brady, D. Hudson. “Strong Motion is a roller coaster thriller Franzen captures with unnerving exactness what it feels like to be young, disaffected and outside mainstream America. There is an uncannily perceptive emotional truth to this book, and it strikes with the flinty anger of an early-sixties protest song.”/5(91).

Abstract. An interactive method for processing strong motion data and inverting seismic source parameters has been developed.

An application is made to three component accelerograms obtained by the CNEN-ENEL agencies during the – earthquake sequence occurred in Author: G. De Natale, R. Madariaga, R. Scarpa, A. Zollo. (6): (6) A I = π 2 ∫ 0 t f u ¨ g 2 (t) d t where t f is the total duration of the earthquake.

For a digitized strong motion data, Arias intensity is given by Eq. (7): (7) A I = π 2 (∑ i = 1 i max (u ¨ g i) 2) Δ t where i max denotes the total number of time increments of the earthquake by: 2. An accelerograph can be referred to as a strong-motion instrument or seismograph, or simply an earthquake are usually constructed as a self-contained box, which previously included a paper or film recorder (an analogue instrument) but now they often record directly on digital media and then the data is transmitted via the Internet.

Abstract. The increasing of the strong motion records not only in Greece but everywhere in the world and the need for the data and the information to be dispersed forced the Geodynamic Institute of the National Observatory of Athens to develop a friendly-to-user database, which includes all the available information about the records (plots, peak values etc.), the stations (coordinates Cited by: 2.

CSMIP STRONG-MOTION DATA PROCESSING A.F. SHAKAL, M.J. HUANG, AND V.M. GRAIZER Processing of digital accelerograms from modern recorders, which data plotted in.

The presented examples come from digitization of real strong motion accelerograms, and are typical of errors we found in commercially digitized recordings of the 17 January,Northridge, California, earthquake (M L =) and its 20 March,aftershock at the Van Norman complex of the Los Angeles Department of Water and Power.

We Cited by: In Strong Motion, Franzen's second novel, new college graduate Louis Holland moves to Boston to work a minimum wage job at a radio station. An earthquake kills his step-grandmother, his mother inherits her $22 million estate, and Louis has a conflicted relationship with his older sister Eileen, who is very mean/5.

This chapter surveys the state-of-the-art work in strong motion seismology and ground motion characterization. A., “Analysis of Strong-Motion Earthquake Accelerograms-Digitized and Plotted Data, Vol.

II, Corrected Accelerograms and Integrated Ground Velocity and Displacement Curves, Parts A through Y,” Earthquake Research Laboratory Cited by: USGS National Strong-Motion Network duringa report on the Morgan Hill, Calif., earthquake, summaries of recent strong-motion publications, notes on the availability of digitized data, and general information related to the USGS and other strong-motion programs.

The data Cited by: 1. Abstract. This paper presents an analysis of the strong-motion data from the New Hampshire earthquake of 18 January which occurred at latitude ° N, longitude ° W. Thirty-six accelerograms, mainly on Corps dams, were recorded, digitized, corrected, and processed.

The earthquake records were obtained by the US Army Corps of Engineers (CE) Strong-Motion Cited by: 4. On 25 Aprila large earthquake of Mw occurred along the Main Himalayan Thrust fault in central Nepal.

It was caused by a collision of the Indian Plate beneath the Eurasian Plate. The epicenter was near the Gorkha region, 80 km northwest of Kathmandu, and the rupture propagated toward east from the epicentral region passing through the sediment-filled Kathmandu by: Type of Digital Strong-Motion Data: Corrected USGS Description of the El Centro (Imperial Valley) Earthquake Nine people were killed by the May Imperial Valley earthquake.

At Imperial, 80 percent of the buildings were damaged to some degree. In the business district of Brawley, all structures were damaged, and about 50 percent had to be. Strong-motion accelerograms, digitized and plotted data. Earthquake Engineering Research Laboratory, report EERL(vol.

1) California Institute of Cited by: Get this from a library! Digitized strong-motion accelerograms from North & Central American [sic] through [Linda C Seekins; Geological Survey (U.S.); California.

Division of Mines and Geology.] -- Contains uncorrected ground-level digital accelerograms for about earthquakes, including acceleration-time histories. Also includes index files on recording station location, earthquake.1. Introduction. Strong-motion data are used in seismological studies and in earthquake engineering.

For many years, from its birth in the s, strong-motion seismology was mostly oriented toward earthquake engineering with very little impact on by:

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