Oral Presentation TitleAuthor(s)Event Name
2016 (1)Acceleration of Three-dimensional Direct Current Resistivity Modelling Using GPU ComputingN.Y. Gundogdu, İ. Demirci, D. Varilsüha, M.E. Candansayar, A.E. YilmazNear Surface Geoscience 2016
2015 (1)Two Dimensional Joint Inversion of Seismic refraction, Radiomagnetotelluric and DC Resistivity Data: an example from Bafra plain, TurkeyM.E. Candansayar, I. Demirci, A. Vafidis, P. Soupios, N. Economou, N. Andronikidis, H. Arslan 8th Congress of the Balkan Geophysical Society
2014 (1)Comparison of Different Stabilizing Functional in 3D Regularized Inversion of Direct Current Resistivity DataN.Y. Gundogdu, M.E. CandansayarNear Surface Geoscience 2014
2013 (2)The Analysis of Hole-to-hole and Surface-to-hole Signal Contribution SectiosC. Demirel, M.E. Candansayar7th Congress of the Balkan Geophysical Society
Jeotermal Alanların Araştırılmasında Manyetotellürik ve Doğru Akım Özdirenç Verilerinin İki-Boyutlu Ters Çözümü ve Birlikte Yorumu: Bir Arazi ÖrneğiM.E. Candansayar, E. Erdoğan19th International Petroleum and Natural Gas Congress and Exhibition of Turkey
2012 (1)Monitoring of contaminant transport by using geoelectrical resistivity tomographyP. Seferou, P. Soupios, M.E. Candasayar, N. Papadopoulos, A. Sarris, H. Aktarakçi3rd International Conference on Industrial and Hazardous Waste Management
2011 (1)Investigation of Landslide by Using 2D/3D Resistivity ImagingM.E. Candansayar, N.Y. Gundogdu, H. Aktarakçı Near Surface Geoscience 2011
2010 (1)Crustal structure of Northwestern Turkey, revealed by magnetotelluric surveys with the help of Seismology, Gravity and Magnetic DataM.E. Candansayar, C. Kaya, Ü. Dikmen, A. Gürer, N. Konak, A.T. Başokur, A.R. Kılıç, E. Erdoğan, İ. Demirci, Ö. Özyıldırım, U. Akın, S. Arslan, Y.K. Kadıoğlu, H.Yılmaz, E.U. Ulugergerli, H. Okay20th EMIW, Giza
2009 (1)Two-Dimensional Inversion of Magnetotelluric Data by Sequential Use of Smoothing Regularized Inversion and Quasi-Newton InversionM.E. Candansayar, Y. Dinçer5th Congress of the Balkan Geophysical Society
2008 (1)Locating an Active Fault by Two-dimensional Joint Inversion of Radiomagnetotelluric and Direct Current Resistivity DataM.E. Candansayar, B. TezkanNear Surface Geoscience 2008
2006 (1)Two-Dimensional Joint Inversion of Radiomagnetotelluric and Direct Current Resistivity DataM.E. Candansayar, B. Tezkan18th EMIW, El Vendrell

 

 Poster Presentation TitleAuthor(s)Organization
2016 (4)Two dimensional joint inversion of
Magnetotelluric and Passive Seismic data on GPU
M.E. Candansayar, İ. Demirci, N.Y. Gündoğdu, D. Varılsüha, A.E. Yılmaz23rd EMIW, Chiang Mai
Joint Inversion of Direct Current Resistivity, Radio-Magnetotelluric and Seismic Refraction Data: its implementation on hydrogeological problemsİ. Demirci, M.E. Candansayar, P. Soupios, A. Vafidis23rd EMIW, Chiang Mai
2D Joint Inversion of DCR and MT/RMT Data by Using Structured and Unstructured Mesh: Comparison studyÖ. Özyıldırım, M.E. Candansayar, İ. Demirci, B. Tezkan23rd EMIW, Chiang Mai
Comparison of CSEM data for marine, land and borehole
transmitter-receiver arrays
C. Demirel, M.E. Candansayar23rd EMIW, Chiang Mai
2014 (4)2D joint inversion of Radio-Magnetotelluric and DC Resistivity data incorporating surface topography and sequential inversion of IP dataM.E. Candansayar, B. Tezkan, Ö. Özyildirim, J. Adrian, İ. Demirci22nd EMIW, Weimar
Joint inversion of Magnetotelluric and local earthquake data: Preliminary resultsİ. Demirci, Ü. Dikmen, M.E. Candansayar22nd EMIW, Weimar
A new joint inversion algorithm for cross-hole resistivity dataC. Demirel, M.E. Candansayar22nd EMIW, Weimar
Two dimensional inversion of magnetotelluric and radiomagnetotelluric data by using unstructured meshÖ. Özyıldırım, M.E. Candansayar, B. Tezkan, J. Adrian22nd EMIW, Weimar
2012 (3)A new algorithm for three-dimensional regularized inversion of direct current resistivity data: DCR3DinvN.Y. Gundogdu, M.E. Candansayar21st EMIW, Darwin
Two-dimensional Inversion of DC Resistivity Data Incorporating Topography: Effects of Different Modeling Techniquesİ. Demirci, M.E. Candansayar21st EMIW, Darwin
Two-Dimensional Inversion of Surface-To-Hole and Cross-Hole Direct Current Resistivity DataC. Demirel, M.E. Candansayar21st EMIW, Darwin
2010 (2)Three-Dimensional Direct Current Resistivity (DCR) Modelling Using Different Parallel Computing MethodsN.Y. Gundogdu, M.E. Candansayar20th EMIW, Giza
Two-Dimensional Inversion of Magnetotelluric and Radio Magnetotelluric Data Incorporating Topography by Using Finite Difference Method with Triangle Cellsİ. Demirci, M.E. Candansayar20th EMIW, Giza
2009 (1)Crust structure investıgaton of North-West Anatolia with magnetotelluric data collected along two parallel lines by the help of gravity, magnetic and seısmological dataC. Kaya, M.E. Candansayar, Ü. Dikmen, N. Konak, A.R. Kılıç, S.Arslan, A. Gürer, U. Akın, Ö.Hacısalihoğlu, S. Bostan, A. Adıgüzel, A. Üçer, Y.K. Kadıoğlu, H.Yılmaz, A.T. Başokur, H. Okay, E. Erdoğan, İ. Demirci, Ö. ÖzyıldırmIAGA 2009
2008 (3)Two-dimensional joint inversion of DC Resistivity data sets collected along parallel linesN.Y. Gundogdu, M.E. Candansayar19th EMIW, Beijing
Incorporation topography into two dimensional resistivity modeling by using finite difference technique with triangular descritization: comparison with finite element solution E. Erdoğan, İ. Demirci, M.E. Candansayar19th EMIW, Beijing
Incorporation of topography into models using finite difference modeling with triangular discretization and correction procedure for inversion algorithmİ. Demirci, M.E. Candansayar19th EMIW, Beijing