Wardani, Sri Prabandiyani Retno

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SEISMIC MICROZONATION OF SEMARANG, INDONESIA BASED ON SITE RESPONSE ANALYSIS USING 30 M SOIL DEPOSIT MODELby  Sri Prabandiyani R WSubmission date: 24-Aug-2017 04:50PM (UTC+0700)Submission ID: 839441734File name: Runpaper_Seismic_Microzonation_of _Semarang_Indonesia.pdf  (896.19K)Word count: 3561Character count: 1706421%SIMILARITY INDEX14%INTERNET SOURCES16%PUBLICATIONS3%STUDENT PAPERS1 7%2 3%3 2%4 2%5 1%SEISMIC MICROZONATION OF SEMARANG, INDONESIABASED ON SITE RESPONSE ANALYSIS USING 30 M SOILDEPOSIT MODELORIGINALITY REPORTPRIMARY SOURCESwww.matec-conferences.orgInternet  SourceIrsyam, Masyhur, Daniel Hutabarat, MAsrurifak, Iswandi Imran, Sri Widiyantoro,Imam Sadisun, Bigman Hutapea, TaufikAfriansyah, and Haris Pindratno. "Developmentof seismic risk microzonation maps of Jakartacity", Geotechnics for Catastrophic FloodingEvents, 2014.Publicat ionwww.iugg.orgInternet  SourceSubmitted to Universiti Teknologi MalaysiaStudent  PaperWardani, S P R, Jian Chu, S C Robert Lo,Susumu Iai, and K K Phoon. "DEVELOPMENTOF PROBABILISTIC, DETERMINISTIC ANDMAXIMUM CONSIDERED EARTHQUAKE6 1%7 1%8 <1%9 <1%10 <1%11 <1%MAPS FOR DESIGN OF EARTHQUAKERESISTANCE INFRASTRUCTURES ININDONESIA", Geotechnical Engineering forDisaster Mitigation and Rehabilitation andHighway Engineering 2011, 2011.Publicat ionSubmitted to American International School ofJohannesburgStudent  Paperwww.researchgate.netInternet  SourceSubmitted to Napier UniversityStudent  PaperAlireza Azarbakht. "Prediction of the medianIDA curve by employing a limited number ofground motion records", EarthquakeEngineering & Structural Dynamics, 12/2007Publicat ionS. Akkar. "Effect of peak ground velocity ondeformation demands for SDOF systems",Earthquake Engineering & StructuralDynamics, 11/10/2005Publicat ionAnsal, Atilla, Asli Kurtulus, and Gökce Tönük."Earthquake Loss Estimation Tool for UrbanAreas", Geotechnical Earthquake Engineeringand Soil Dynamics IV, 2008.12 <1%13 <1%14 <1%15 <1%16 <1%17 <1%18 <1%Publicat ionSubmitted to Fort Worth Academy of Fine ArtsStudent  PaperZhai, Changhai, Zhiwang Chang, Shuang Li,and Lili Xie. "Selection of the Most UnfavorableReal Ground Motions for Low- and Mid-rise RCFrame Structures", Journal of EarthquakeEngineering, 2013.Publicat ionwww.studiosperi.itInternet  SourcePierino Lestuzzi. "Non-linear seismic behaviorof structures with limited hysteretic energydissipation capacity", Bulletin of EarthquakeEngineering, 10/11/2007Publicat ionwww.ga.gov.auInternet  SourceAdvances in Structural Engineering, 2015.Publicat ionH. S. Mandal. "Soil responses near Delhi ridgeand adjacent regions in Greater Delhi duringincidence of a local earthquake", NaturalHazards, 04/04/2012Publicat ion19 <1%20 <1%21 <1%22 <1%23 <1%Akin, Muge K., Steven L. Kramer, and TamerTopal. "Dynamic soil characterization and siteresponse estimation for Erbaa, Tokat(Turkey)", Natural Hazards, 2016.Publicat ionPark, Duhee Hashash, Youssef M.A.. "Rate-dependent soil behavior in seismic siteresponse analysis.(Report)", CanadianGeotechnical Journal, April 2008 IssuePublicat ionLegg, Sonya, and James C. McWilliams."Temperature and Salinity Variability inHeterogeneous Oceanic Convection*", Journalof Physical Oceanography, 2000.Publicat ionSeismic Assessment and Rehabilitation ofExisting Buildings, 2003.Publicat ionABIDIN, H. Z., H. ANDREAS, I. GUMILAR, Y.FUKUDA, S. L. NURMAULIA, E. RIAWAN, andD. MURDOHARDONO. "THE IMPACTS OFCOASTAL SUBSIDENCE AND SEA LEVELRISE IN COASTAL CITY OF SEMARANG(INDONESIA)", Advances in GeosciencesVolumes 28 – 31, 2012.Publicat ionRathje, Ellen M., and M. Cem Ozbey. "Site-24 <1%25 <1%26 <1%Exclude quotes Of fExclude bibliography Of fExclude matches Of fSpecif ic Validation of Random VibrationTheory-Based Seismic Site ResponseAnalysis", Journal of Geotechnical andGeoenvironmental Engineering, 2006.Publicat ionKumar, Abhishek, Olympa Baro, and N. H.Harinarayan. "Obtaining the surface PGA fromsite response analyses based on globallyrecorded ground motions and matching withthe codal values", Natural Hazards, 2015.Publicat ion"Earthquake Geotechnical Engineering",Springer Nature, 2007Publicat ionFINAL GRADE/0SEISMIC MICROZONATION OF SEMARANG, INDONESIABASED ON SITE RESPONSE ANALYSIS USING 30 M SOILDEPOSIT MODELGRADEMARK REPORTGENERAL COMMENTSInstructorPAGE 1PAGE 2PAGE 3PAGE 4PAGE 5PAGE 6PAGE 7PAGE 8

SEISMIC MICROZONATION OF SEMARANG, INDONESIA BASED ON SITE RESPONSE ANALYSIS USING 30 M SOIL DEPOSIT MODEL (turnitin)

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SEISMIC MICROZONATION OF SEMARANG, INDONESIA BASED ON SITE RESPONSE ANALYSIS USING 30 M SOIL DEPOSIT MODEL (turnitin)

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