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Structural analysis using three- component acceleration time histories caused by shallow crustal fault earthquakes with a maximum magnitude of 7 Mw by Windu Partono Submission date: 28-Jan-2019 01:20PM (UTC+0700) Submission ID: 1069453446 File name: n_time_histories_caused_by_shallow_crustal_f ault_earthquakes.pdf (1.88M) Word count: 3965 Character count: 18517
Transcript of maximum magnitude of 7 Mw -...
Structural analysis using three-component acceleration timehistories caused by shallow
crustal fault earthquakes with amaximum magnitude of 7 Mw
by Windu Partono
Submission date: 28-Jan-2019 01:20PM (UTC+0700)Submission ID: 1069453446File name: n_time_histories_caused_by_shallow_crustal_f ault_earthquakes.pdf (1.88M)Word count: 3965Character count: 18517
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Structural analysis using three-component acceleration timehistories caused by shallow crustal fault earthquakes with amaximum magnitude of 7 MwORIGINALITY REPORT
PRIMARY SOURCES
Windu Partono, Masyhur Irsyam, IndrastonoDwi Atmanto, Andi Retno Ari Setiaji, SigitPurnomo, Robby Yanuar Setiawan. "Buildingevaluation using two components ofacceleration time histories causes by shallowcrustal fault earthquakes with maximummagnitude 7 Mw", MATEC Web ofConferences, 2018Publicat ion
Windu Partono, Bambang Pardoyo, IndrastonoDwi Atmanto, Lisa Azizah, Rouli Dian Chintami."Sensitivity analysis of tall buildings inSemarang, Indonesia due to fault earthquakeswith maximum 7 Mw", AIP Publishing, 2017Publicat ion
Ruslan V. Brezhnev, Yuriy A. Maglinets. "Thedynamic model of agricultural land structure onthe space images in the precision agriculturetasks", E3S Web of Conferences, 2019
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www.matec-conferences.orgInternet Source
repository.ubaya.ac.idInternet Source
Telesca, L.. "Non-uniform scaling behavior inultra-low-frequency (ULF) earthquake-relatedgeomagnetic signals", Physica A: StatisticalMechanics and its Applications, 20071015Publicat ion
www.ohiolink.eduInternet Source
J.G. Anderson. "Physical Processes ThatControl Strong Ground Motion", Elsevier BV,2007Publicat ion
www.ideals.illinois.eduInternet Source
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Structural analysis using three-component acceleration timehistories caused by shallow crustal fault earthquakes with amaximum magnitude of 7 MwGRADEMARK REPORT
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