 |
| E-Mail |
cinarmura@itu.edu.tr
|
| Phone |
+90 212 285 6280 |
| Room |
D-210, Faculty of Mines |
| Website |
akademi.itu.edu.tr/cinarmura
Google Scholar
|
| Research Interests |
Reservoir engineering, enhanced oil recovery, heavy oil recovery, |
| Education |
| Ph.D. |
Stanford University, Petroleum Engineering, 2011
|
| M.S. |
Istanbul Technical University, Petroleum and Natural Gas Engineering, 2005
|
| B.Sc. |
Istanbul Technical University, Petroleum and Natural Gas Engineering, 2003
|
| Courses Given |
| Graduate |
|
| Undergraduate |
PET 212E: Rock Properties, PET 349E: Computational Methods in PANGE, PET 441E: Enhanced Oil Recovery |
| Selected Publications |
| 1. Alan, C., Cinar, M. (2022). Interpretation of temperature transient data from coupled reservoir and wellbore model for single phase fluids. Journal of Petroleum Science and Engineering, 209:109913 |
| 2. Deniz-Paker, M., Cinar, M. (2022). An experimental investigation of in situ combustion in high permeability contrast systems. Journal of Energy Resources Technology, 144(7): 073007 |
| 3. Salehian, M., Cinar, M. (2019). Reservoir characterization using dynamic capacitance–resistance model with application to shut-in and horizontal wells. Journal of Petroleum Exploration and Production Technology, 9(4):2811-2830. |
| 4. Paker, M.D., Cinar, M. (2017). Investigation of the combustion characteristics of Bati Raman oil with sand. Journal of Petroleum Science and Engineering, 157:793-805. |
| 5. Onur, M., Cinar, M. (2017). Analysis of sandface-temperature-transient data for slightly compressible, single-phase reservoirs. SPE Journal, 22(4):1134-1155. |