Gürsan ÇOBAN, completed his undergraduate education at the Department of Management Engineering at Istanbul Technical University in 2004, completed Statistics MSc Program at Yıldız Technical University in 2007 and Computational Science and Engineering Doctorate Program at Istanbul Technical University in 2016. After his doctorate, he worked as a researcher in Koç University bio-fluid and cardiovascular mechanics laboratory between 2016-2019.
Araştırma Alanları
- Solid Biomechanics
- Nonlinear Time Series Analysis
Çalışma Alanları
- Mühendislik Temel Alanı
- Bilgisayar Bilimleri ve Mühendisliği
- Modelleme ve Simülasyon
- Hesaplama Yöntemleri
- Embryonic aortic arch material properties obtained by optical coherence tomography-guided micropipette aspiration, 2023
- Computational modeling of vascular growth in patient-specific pulmonary arterial patch reconstructions, 2021
- Spatiotemporal remodeling of embryonic aortic arch: stress distribution, microstructure, and vascular growth in silico, 2020
- A novel computational remodeling algorithm for the probabilisticevolution of collagen fiber dispersion in biaxially strained vascular tissue, 2017
- A linearization based non-iterative approach to measurethe gaussian noise level for chaotic time series, 2012
- Deterministic flow in phase space of exchange rates: Evidence of chaos in filtered series of Turkish Lira–Dollar daily growth rates, 2009
- Hane tüketim panelleri veri sorunsalı ve organizasyon bağlamında almaşık yöntemler, 2007
- COMPUTATIONAL MODELING OF GROWTH IN ARTERIAL PATCH RECONSTRUCTIONS, 2019
- Sensitivity of growth pattern in patch reconstructed arteries with respect to material properties and shape of patch,
- Isotropic material properties of embryonic aortic arches from OCT guided micro-vascular pressure measurements, 2018
- Predicting the collagen expression levels in early embryonic aortic arches for normal and instrumented embryos, 2018
- Exact analytical representation of fiber stress tensor based on angular integration (AI) through cellular level probabilistic equations, 2015
- The Chaotic Analysis of Financial Time Series: Classification of Foreign Exchange Rates Series via Their Exponential Divergence Curves, 2011
- Linear Least Squares Estimate of Noise Level in Chaotic Time Series via L-inf Norm Correlation Sum, 2011