Doktora Tezleri
DANIŞMAN: PROF. DR. HAYRULLAH KARABULUT
|
NİLAY BAŞARIR BAŞTÜRK |
2022 |
High resolution microseismicity and nearly-repeating events in the Marmara Sea |
|
DOĞAN AKSARI |
2019 |
Determination of upper mantle heterogeneity beneath Aegean-Anatolian region from travel time tomography |
|
TUĞÇE ERGÜN |
2019 |
Lithospheric structure of the Western Turkey and Aegean region |
|
GÜLTEN POLAT |
2019 |
Investigating crustal structure of the marmara region using local tomography and seismic anisotropy methods |
|
KORHAN UMUT ŞEMİN |
2018 |
Attenuation structure in Central Anatolia using Belbaşi–Keskin borehole array |
|
AHU KÖMEÇ MUTLU |
2012 |
Imaging the upper mantle beneath Turkey and surrounding regions |
|
MUSAVVER DİDEM SAMUT CAMBAZ |
2010 |
Surface wave tomography of Turkey and surroundings |
DANIŞMAN: PROF. DR. ALİ ÖZGÜN KONCA
|
ESRA KALKAN ERTAN |
2025 |
Long period amplification of seismic waves inIstanbul metropolitan area |
|
ZEYNEP YILMAZ |
2022 |
Interseismic behavior along the North Anatolian Fault in the Marmara Region using 3D structure |
|
FİGEN ESKİKÖY |
2022 |
Seismic interactions and related faulting revealed by moderate to large earthquakes in the se aegean region |
|
SEZİM EZGİ GÜVERCİN |
2019 |
Studying seismotectonics of Eastern and Southern Anatolia using earthquake mechanisms |
|
YASEMİN KORKUSUZ ÖZTÜRK |
2019 |
Dynamic earthquake rupture simulations in the Sea of Marmara |
|
FEYZA NUR BEKLER |
2018 |
Dynamic rupture process of the 1999 Duzce earthquake |
DANIŞMAN: PROF. DR. BÜLENT SABRİ TANK
|
GÖKHAN KARCIOĞLU |
2017 |
Manyetotelürik yöntemde iki boyutlu ters çözüm algoritmalarının geliştirilmesi ve global tekniklerin denenmesi |
DANIŞMAN: PROF. DR. NURCAN MERAL ÖZEL
|
NİLAY BAŞARIR BAŞTÜRK |
2022 |
High resolution microseismicity and nearly-repeating events in the Marmara Sea |
|
GÜLTEN POLAT |
2019 |
Investigating crustal structure of the marmara region using local tomography and seismic anisotropy methods |
|
YASEMİN KORKUSUZ ÖZTÜRK |
2019 |
Dynamic earthquake rupture simulations in the Sea of Marmara |
|
KORHAN UMUT ŞEMİN |
2018 |
Attenuation structure in Central Anatolia using Belbaşi–Keskin borehole array |
|
FEYZA NUR BEKLER |
2018 |
Dynamic rupture process of the 1999 Duzce earthquake |
|
UĞUR MUSTAFA TEOMAN |
2016 |
An investigation of anatolian-african subduction zone in southwestern Turkey: Lithospheric structure beneath Isparta angle (IA) and the surroundings from rayleigh wave phase velocity inversion |
|
ALPER DENLİ |
2016 |
A New Insight into the Crustal Structure of the Central Anatolia to Eastern Mediterranean from A Wide Angle Seismic Data |
|
ÖCAL NECMİOĞLU |
2014 |
Tsunami hazard in Turkey and surroundings |
|
AYŞEGÜL KÖSEOĞLU KÜSMEZER |
2010 |
Yerel ve bölgesel depremlerin kaynak spektrumlarından yararlanılarak marmara bölgesi için moment magnitüdü tayini |
DANIŞMAN : DOÇ. DR. ÇAĞRI DİNER
|
ÖZLEM HACIOĞLU |
2018 |
Three-dimensional resistivity modelling and interpretation of geothermal fields in the Gediz graben by magnetotellurics |
DANIŞMAN: PROF. DR. MUSTAFA AKTAR
|
PINAR BÜYÜKAKPINAR |
2019 |
The crustal structure of the Eastern Marmara region using receiver function analysis |
|
BİRSEN CAN |
2019 |
Source properties of micro-earthquakes in Eastern Marmara and their connection to the structure of the Cinarcik basin |
|
SEDA YELKENCİ |
2016 |
Modelling 3D seismic wave propagation in Marmara Region |
|
GONCA ÖRGÜLÜ |
2001 |
Analysis of regional moment tensor inversion method and its applications to the İzmit, Düzce earthquake sequences and Eastern Anatolian earthquakes |
DANIŞMAN : PROF. DR. CEMİL GÜRBÜZ
|
TOLGA KOMUT |
2005 |
Paleoseismological studies on Düzce fault and geological data on the seismogenic sources in the vicinity of Düzce area |
|
ŞERİF BARIŞ |
1995 |
Pattern recognition technique for prediction of strong earthquakes in the North Anatolian fault zone, Turkey |
|
ALİ PINAR |
1995 |
Rupture process and spectra of some major Turkish earthquakes and their seismotectonic implications |
DANIŞMAN: PROF. DR. NİYAZİ TÜRKELLİ
|
METİN KAHRAMAN |
2016 |
Crust and upper-mantle imaging by using P and S receiver functions in different tectonic regimes |
