Doç. Dr. Amin Gharehbaghi

Eşleşen kayıt bulunamadı.

1. Makale A Comparative Evaluation of Deep Learning and Machine Learning Models for River Suspended Sediment Concentration Forecasting

   Gharehbaghi Amin, Heddam Salim, Mehdizadeh Saeid, Kim Sungwon

   Yayın Yeri: Water Resources Management · 40(1), 2026

   • Uluslararası
   • Hakemli
   • SCI
   • Scopus Q1
   • CiteScore 9,3 · %89
   • Scopus atıf: 3
   • OpenAlex atıf: 5
   • Özgün Makale

   https://doi.org/10.1007/s11269-025-04401-5

2. Makale A hybrid FEDformer-LSTM model for accurate multi-step ahead river streamflow forecasting

   Yarahmadi Atefeh, Ameri Rasoul, Gharehbaghi Amin, Mehdizadeh Saeid

   Yayın Yeri: Engineering Applications of Computational Fluid Mechanics · 20, 2026

   • Uluslararası
   • Hakemli
   • SCI-Expanded
   • JCR Q1
   • Scopus Q1
   • CiteScore 10,3 · %95
   • Scopus atıf: 0
   • OpenAlex atıf: 0
   • Özgün Makale

   https://doi.org/10.1080/19942060.2026.2728742

3. Makale Advancement in forecasting rainfall-runoff process: application of a novel hybrid FMD-SVR-ABC modeling technique

   Ghasemlounia Redvan, Gharehbaghi Amin, AHMADI Farshad

   Yayın Yeri: Acta Geophysica · 74(149), 2026

   • Uluslararası
   • Hakemli
   • SCI-Expanded
   • JCR Q2
   • Scopus Q1
   • CiteScore 4,3 · %76
   • Scopus atıf: 0
   • OpenAlex atıf: 0
   • Özgün Makale

   https://doi.org/10.1007/s11600-026-01878-5

4. Makale Advancing river streamflow prediction with convolutional Kolmogorov-Arnold network: a comprehensive comparison against machine learning and deep learning models

   Gharehbaghi Amin, Heddam Salim, Mehdizadeh Saeid, Kim Sungwon

   Yayın Yeri: Engineering Applications of Computational Fluid Mechanics · 20, 2026

   • Uluslararası
   • Hakemli
   • SCI-Expanded
   • JCR Q1
   • Scopus Q1
   • CiteScore 10,3 · %95
   • Scopus atıf: 0
   • OpenAlex atıf: 0
   • Özgün Makale

   https://doi.org/10.1080/19942060.2026.2643817

5. Makale An advanced complex hybrid machine learning model for forecasting reference evapotranspiration

   Gharehbaghi Amin, Karah Bash Ali Abdul Hakeem Arab

   Yayın Yeri: Physics and Chemistry of the Earth · 143 · s. 104382, 2026

   • Uluslararası
   • Hakemli
   • SCI
   • JCR Q1
   • Scopus Q1
   • CiteScore 7,0 · %87
   • Scopus atıf: 1
   • OpenAlex atıf: 5
   • Özgün Makale

   https://doi.org/10.1016/j.pce.2026.104382

6. Makale Application of Hybrid Meta-Heuristic-Based Data‑Driven Models to Forecast Streamflow Drought Index

   Ghasemlounia Redvan, Gharehbaghi Amin, AHMADI Farshad

   Yayın Yeri: Water Resources Management · 40, 2026

   • Uluslararası
   • Hakemli
   • SCI-Expanded
   • JCR Q1
   • Scopus Q1
   • CiteScore 9,3 · %89
   • Scopus atıf: 1
   • OpenAlex atıf: 1
   • Özgün Makale

   https://doi.org/10.1007/s11269-026-04682-4

7. Makale Application of Novel Hybrid SVMD-NARX-ACO Model for Precise Predicting Monthly Pan Evaporation

   Foroudi Ali, Daneshvar Shahaboddin, Ghasemlounia Redvan, Gharehbaghi Amin, HAGHIABI AmirHamzeh, Parsaie Abbas

   Yayın Yeri: Arabian Journal for Science and Engineering, 2026

   • Uluslararası
   • Hakemli
   • SCI
   • Scopus Q1
   • CiteScore 7,1 · %87
   • Scopus atıf: 0
   • OpenAlex atıf: 0
   • Özgün Makale

   https://doi.org/10.1007/s13369-026-11115-2

   HKÜ yazarları: Shahaboddin Daneshvar

8. Makale Correction to: A Comparative Assessment of Machine Learning and Deep Learning Models for the Daily River Streamflow Forecasting

   Danesh Malihe, Gharehbaghi Amin, Mehdizadeh Saeid, Danesh Amirhossein

   Yayın Yeri: Water Resources Management · 40, 2026

   • Uluslararası
   • Hakemli
   • SCI-Expanded
   • JCR Q1
   • Scopus Q1
   • CiteScore 9,3 · %89
   • Scopus atıf: 0
   • OpenAlex atıf: 0
   • Tartışma

   https://doi.org/10.1007/s11269-026-04877-9

9. Makale Investigation of groundwater vulnerability to nitrate contamination employing genetic algorithm and fuzzy logic in the Gümüşhacıköy-Merzifon plain (Amasya, Türkiye)

   Tabatabaei Amirhossein, Yüksek Ömer, Gharehbaghi Amin, Shahmohammadi-Kalalagh Shahram

   Yayın Yeri: Acta Geophysica · 74, 2026

   • Uluslararası
   • Hakemli
   • SCI-Expanded
   • JCR Q2
   • Scopus Q1
   • CiteScore 4,3 · %76
   • Scopus atıf: 0
   • OpenAlex atıf: 0
   • Özgün Makale

   https://doi.org/10.1007/s11600-026-01994-2

10. Makale Monthly and fixed coefficient calibration of empirical reference evapotranspiration equations: A case study for a Mediterranean climate (Izmir Province)

    Kaya Birol, Adhami Maryam, Ustabaş Ceren, Gharehbaghi Amin, Afaridegan Ehsan

    Yayın Yeri: Journal of Hydrology and Hydromechanics · 74, 2026

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q3
    • Scopus Q2
    • CiteScore 5,1 · %63
    • Scopus atıf: 0
    • OpenAlex atıf: 0
    • Özgün Makale

    https://doi.org/10.2478/johh-2026-0014

11. Makale Next-generation intelligent framework for pan evaporation prediction: introducing Chebyshev polynomial-based Kolmogorov-Arnold networks

    Gharehbaghi Amin, Heddam Salim, Mehdizadeh Saeid, Kim Sungwon, Chung Il-Moon

    Yayın Yeri: Scientific Reports · 16, 2026

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q1
    • Scopus atıf: 1
    • OpenAlex atıf: 1
    • Özgün Makale

    https://doi.org/10.1038/s41598-026-53769-w

12. Makale A Comparative Assessment of Machine Learning and Deep Learning Models for the Daily River Streamflow Forecasting

    Danesh Malihe, Gharehbaghi Amin, Mehdizadeh Saeid, Danesh Amirhossein

    Yayın Yeri: Water Resources Management · 39(4) · s. 1930, 2025

    • Uluslararası
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 9,3 · %89
    • Scopus atıf: 32
    • OpenAlex atıf: 40
    • Özgün Makale

    https://doi.org/10.1007/s11269-024-04052-y

13. Makale A Comparative Study on Novel Hybrid Approaches Based on CEEMDAN, Random Forest, Deep Learning Methods for Predicting Daily Wind Speed

    Gharehbaghi Amin, Ghasemlounia Redvan, AHMADI Farshad, Mirabbasi Rasoul, Torabi Haghighi Ali, Torabi Haghighi Ali

    Yayın Yeri: Earth Systems and Environment, 2025

    • Ulusal
    • Hakemli
    • ESCI
    • Scopus Q1
    • CiteScore 7,0 · %86
    • Scopus atıf: 1
    • OpenAlex atıf: 1
    • Özgün Makale

    https://doi.org/10.1007/s41748-025-00714-y

14. Bildiri A Machine Learning Model for Estimating Daily Rainfall in Mediterranean Climate

    Karah Bash Ali, Gharehbaghi Amin, Daneshvar Shahaboddin

    Yayın Yeri: ICEEECS2025 2nd International Conference on Advances in Electrical, Electronics, Energy, and Computer Sciences, 2025

    • Uluslararası
    • OpenAlex atıf: 0
    • Tam metin bildiri
    • Sözlü Sunum

    HKÜ yazarları: Shahaboddin Daneshvar

15. Bildiri Calıbratıon And Evaluatıon Of Hargreaves And Samanı Formula For The Southeastern Regıon Of Anatolıa In Türkiye

    ÖZKAN Abdullah Said, Gharehbaghi Amin

    Yayın Yeri: Al Farabi 14th INTERNATIONAL SCIENTIFIC RESEARCH AND INNOVATION CONGRESS · Beysehir, Konya, Türkiye, 2025

    • Uluslararası
    • Tam metin bildiri
    • Sözlü Sunum

    Erişim ↗

16. Makale Correction: Developing a novel hybrid model based on GRU deep neural network and Whale optimization algorithm for precise forecasting of river’s streamflow

    Gharehbaghi Amin, Ghasemlounia Redvan, AHMADI Farshad, Mirabbasi Rasoul, Torabi Haghighi Ali

    Yayın Yeri: Scientific Reports · 15, 2025

    • Ulusal
    • Hakemli
    • SCI-Expanded
    • Scopus Q1
    • CiteScore 6,4 · %88
    • Scopus atıf: 0
    • OpenAlex atıf: 0
    • Özgün Makale

    https://doi.org/10.1038/s41598-025-10510-3

17. Makale Developing a novel hybrid model based on GRU deep neural network and Whale optimization algorithm for precise forecasting of river's streamflow

    Gharehbaghi Amin, Ghasemlounia Redvan, AHMADI Farshad, Mirabbasi Rasoul, Torabi Haghighi Ali

    Yayın Yeri: Scientific Reports · 15(1), 2025

    • Uluslararası
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 6,4 · %88
    • Scopus atıf: 9
    • OpenAlex atıf: 7
    • Özgün Makale

    https://doi.org/10.1038/s41598-025-03185-3

18. Makale Developing a novel layer network structure for a LSTM model to predict mean monthly river streamflow

    Gharehbaghi Amin, Ghasemlounia Redvan, Daneshvar Shahaboddin, AHMADI Farshad

    Yayın Yeri: Applied Water Science · 15(7), 2025

    • Ulusal
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 11,5 · %90
    • Scopus atıf: 3
    • OpenAlex atıf: 4
    • Özgün Makale

    https://doi.org/10.1007/s13201-025-02535-w

    HKÜ yazarları: Shahaboddin Daneshvar

19. Makale Development of deep learning approaches for drought forecasting: a comparative study in a cold and semi-arid region

    Gharehbaghi Amin, Ghasemlounia Redvan, Vaheddoost Babak, AHMADI Farshad

    Yayın Yeri: Earth Science Informatics · 18(1), 2025

    • Uluslararası
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 6,1 · %90
    • Scopus atıf: 14
    • OpenAlex atıf: 14
    • Özgün Makale

    https://doi.org/10.1007/s12145-024-01650-7

20. Makale Development of explainable hybrid quantum-inspired recurrent neural networks for predicting groundwater quality: A case study at West Azerbaijan, Iran

    Sharafi Milad, Gharehbaghi Amin, Mehdizadeh Saeid

    Yayın Yeri: Journal of Water Process Engineering · 79, 2025

    • Ulusal
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 9,6 · %93
    • Scopus atıf: 4
    • OpenAlex atıf: 6
    • Özgün Makale

    https://doi.org/10.1016/j.jwpe.2025.109013

21. Makale Development of interpretable intelligent frameworks for estimating river water turbidity

    Gharehbaghi Amin, Heddam Salim, Mehdizadeh Saeid, Kim Sungwon

    Yayın Yeri: Engineering Applications of Computational Fluid Mechanics · 19(1), 2025

    • Ulusal
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 10,3 · %95
    • Scopus atıf: 8
    • OpenAlex atıf: 5
    • Özgün Makale

    https://doi.org/10.1080/19942060.2025.2511886

22. Makale Calibration and evaluation of various reference evapotranspiration estimation methods in a humid subtropical climate: A case study in Samsun Province, Turkiye

    Gharehbaghi Amin, AFARIDEGAN Ehsan, Kaya Birol, Adhami Maryam

    Yayın Yeri: Physics and Chemistry of the Earth · 136, 2024

    • Ulusal
    • Hakemli
    • SCI
    • JCR Q1
    • Scopus Q1
    • CiteScore 7,0 · %87
    • Scopus atıf: 6
    • OpenAlex atıf: 4
    • Özgün Makale

    https://doi.org/10.1016/j.pce.2024.103734

23. Makale Developing a novel hybrid model based on deep neural networks and discrete wavelet transform algorithm for prediction of daily air temperature

    Ghasemlounia Redvan, Gharehbaghi Amin, AHMADI Farshad, Albaji Mohammad

    Yayın Yeri: Air Quality Atmosphere and Health · 17(11) · s. 2737, 2024

    • Uluslararası
    • Hakemli
    • SCI
    • JCR Q3
    • Scopus Q2
    • CiteScore 5,6 · %70
    • Scopus atıf: 7
    • OpenAlex atıf: 8
    • Özgün Makale

    https://doi.org/10.1007/s11869-024-01595-2

24. Makale Machine learning approaches coupled with variational mode decomposition: a novel method for forecasting monthly reservoir inflows

    AHMADI Farshad, Ghasemlounia Redvan, Gharehbaghi Amin

    Yayın Yeri: Earth Science Informatics · 17(1) · s. 760, 2024

    • Uluslararası
    • Hakemli
    • SCI
    • JCR Q2
    • Scopus Q1
    • CiteScore 6,1 · %90
    • Scopus atıf: 11
    • OpenAlex atıf: 10
    • Özgün Makale

    https://doi.org/10.1007/s12145-023-01186-2

25. Makale Novel hybrid intelligence predictive model based on successive variational mode decomposition algorithm for monthly runoff series

    Parsaie Abbas, Ghasemlounia Redvan, Gharehbaghi Amin, Hamzeh Haghiabi Amir, Anil Chadee Aaron, Rashki Ghale Nou Mohammad

    Yayın Yeri: Journal of Hydrology · 634, 2024

    • Uluslararası
    • Hakemli
    • SCI
    • JCR Q1
    • Scopus Q1
    • CiteScore 11,8 · %94
    • Scopus atıf: 51
    • OpenAlex atıf: 47
    • Özgün Makale

    https://doi.org/10.1016/j.jhydrol.2024.131041

26. Makale A Numerical Model with Finite Difference Schemes for Multi-Species Solute Transport in Porous Media

    Gharehbaghi Amin

    Yayın Yeri: Journal of Engineering Research · 11(2) · s. 166, 2023

    • Uluslararası
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 5,2 · %87
    • Scopus atıf: 1
    • OpenAlex atıf: 1
    • Özgün Makale

    https://doi.org/10.36909/jer.13705

27. Makale A comparison of artificial intelligence approaches in predicting discharge coefficient of streamlined weirs

    Gharehbaghi Amin, Ghasemlounia Redvan, AFARIDEGAN Ehsan, HAGHIABI AmirHamzeh, MANDALA Vishwanadham, AZAMATHULLA Hazi Mohammad, Parsaie Abbas

    Yayın Yeri: Journal of Hydroinformatics · 25(4) · s. 1530, 2023

    • Ulusal
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 5,0 · %83
    • Scopus atıf: 28
    • OpenAlex atıf: 44
    • Özgün Makale

    https://doi.org/10.2166/hydro.2023.063

28. Makale Application of data-driven models to predict the dimensions of flow separation zone

    Gharehbaghi Amin, Ghasemlounia Redvan, Dashti Latif Sarmad, HAGHIABI AmirHamzeh, Parsaie Abbas

    Yayın Yeri: Environmental Science and Pollution Research · 30(24) · s. 65586, 2023

    • Uluslararası
    • Hakemli
    • SCI
    • Scopus Q1
    • CiteScore 12,1 · %89
    • Scopus atıf: 9
    • OpenAlex atıf: 8
    • Özgün Makale

    https://doi.org/10.1007/s11356-023-27024-y

29. Makale Closure to "Application of AI Approaches to Estimate Discharge Coefficient of Novel Kind of Sharp-Crested V-Notch Weirs"

    Gharehbaghi Amin, Ghasemlounia Redvan

    Yayın Yeri: Journal of Irrigation and Drainage Engineering · 149(7), 2023

    • Uluslararası
    • Hakemli
    • SCI
    • Scopus Q2
    • CiteScore 3,3 · %58
    • Scopus atıf: 0
    • OpenAlex atıf: 0
    • Tartışma

    https://doi.org/10.1061/jidedh.ireng-10045

30. Makale Hydraulic investigation of modified semi-cylindrical weirs

    AFARIDEGAN Ehsan, AMANIAN Nosratollah, Parsaie Abbas, Gharehbaghi Amin

    Yayın Yeri: Flow Measurement and Instrumentation · 93, 2023

    • Uluslararası
    • Hakemli
    • SCI
    • Scopus Q2
    • CiteScore 4,8 · %73
    • Scopus atıf: 20
    • OpenAlex atıf: 19
    • Özgün Makale

    https://doi.org/10.1016/j.flowmeasinst.2023.102405

31. Makale Numerical Modeling Based on Implicit Differential Quadrature Method for Two-Dimensional Groundwater Flow Problems

    Adhami Maryam, Kaya Birol, Gharehbaghi Amin, Utku Çakır H.

    Yayın Yeri: Journal of Hydrosciences and Environment (JHE) · 6(12) · s. 7-19, 2023

    • Uluslararası
    • Hakemli
    • EBSCO HOST
    • OpenAlex atıf: 1
    • Özgün Makale

    https://doi.org/10.22111/jhe.2023.46400.1098

32. Makale Application of AI Approaches to Estimate Discharge Coefficient of Novel Kind of Sharp-Crested V-Notch Weirs

    Gharehbaghi Amin, Ghasemlounia Redvan

    Yayın Yeri: Journal of Irrigation and Drainage Engineering · 148(3), 2022

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q2
    • Scopus Q2
    • CiteScore 3,3 · %58
    • Scopus atıf: 19
    • OpenAlex atıf: 19
    • Özgün Makale

    https://doi.org/10.1061/(asce)ir.1943-4774.0001646

33. Makale Calibration and evaluation of six popular evapotranspiration formula based on the Penman-Monteith model for continental climate in Turkey

    Gharehbaghi Amin, Kaya Birol

    Yayın Yeri: Physics and Chemistry of the Earth · 127, 2022

    • Uluslararası
    • Hakemli
    • SCI
    • JCR Q2
    • Scopus Q1
    • CiteScore 7,0 · %87
    • Scopus atıf: 19
    • OpenAlex atıf: 18
    • Özgün Makale

    https://doi.org/10.1016/j.pce.2022.103190

34. Bildiri Calibration of Blaney-Criddle Evapotranspiration Equation for Kutahya province in Turkey

    Gharehbaghi Amin, Kaya Birol

    Yayın Yeri: International Korkut Ata Scientific Researches Conference · Osmaniye, Türkiye · s. 582-585, 2022

    • Uluslararası
    • Tam metin bildiri
    • Sözlü Sunum

    Erişim ↗

35. Makale Fully Implicit Form of Differential Quadrature Method for Multi-Species Solute Transport in Porous Media

    Gharehbaghi Amin

    Yayın Yeri: Teknik Dergi · 33(4) · s. 12282, 2022

    • Uluslararası
    • Hakemli
    • TR DİZİN
    • Scopus Q3
    • CiteScore 1,3 · %30
    • Scopus atıf: 3
    • OpenAlex atıf: 2
    • Özgün Makale

    https://doi.org/10.18400/tekderg.975457

36. Makale Groundwater level prediction with meteorologically sensitive Gated Recurrent Unit (GRU) neural networks

    Gharehbaghi Amin, Ghasemlounia Redvan, AHMADI Farshad, Albaji Mohammad

    Yayın Yeri: Journal of Hydrology · 612, 2022

    • Ulusal
    • Hakemli
    • SCI
    • JCR Q1
    • Scopus Q1
    • CiteScore 11,8 · %94
    • Scopus atıf: 89
    • OpenAlex atıf: 91
    • Özgün Makale

    https://doi.org/10.1016/j.jhydrol.2022.128262

37. Makale Time series-based groundwater level forecasting using gated recurrent unit deep neural networks

    Lin Haiping, Gharehbaghi Amin, Zhang Qian, S. BAND Shahab, TING PAI Hao, CHAU Kwok-Wing

    Yayın Yeri: Engineering Applications of Computational Fluid Mechanics · 16(1) · s. 1672, 2022

    • Uluslararası
    • Hakemli
    • SCI
    • JCR Q1
    • Scopus Q1
    • CiteScore 10,3 · %95
    • Scopus atıf: 98
    • OpenAlex atıf: 81
    • Özgün Makale

    https://doi.org/10.1080/19942060.2022.2104928

38. Makale Developing a novel framework for forecasting groundwater level fluctuations using Bi-directional Long Short-Term Memory (BiLSTM) deep neural network

    Ghasemlounia Redvan, Gharehbaghi Amin, AHMADI Farshad, SAADATNEJADGHARAHASSANLOU Hamid

    Yayın Yeri: Computers and Electronics in Agriculture · 191, 2021

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q1
    • Scopus Q1
    • CiteScore 17,3 · %99
    • Scopus atıf: 74
    • OpenAlex atıf: 83
    • Özgün Makale

    https://doi.org/10.1016/j.compag.2021.106568

39. Bildiri Groundwater Flow Simulation with High Order Finite Difference Method

    Gharehbaghi Amin

    Yayın Yeri: International Conference on Engineering Technologies (ICENTE'21) · Konya, Türkiye · s. 456-460, 2021

    • Uluslararası
    • Tam metin bildiri
    • Sözlü Sunum

    Erişim ↗

40. Bildiri Numerical Investigation of the Solute Dispersion Phenomenon Based on the Advection–Diffusion Equation

    Gharehbaghi Amin

    Yayın Yeri: International Conference on Advances in Engineering, Architecture, Science and Technology (ICA-EAST 2021) · Erzurum, Türkiye, 2021

    • Uluslararası
    • Tam metin bildiri
    • Sözlü Sunum

    Erişim ↗

41. Makale Numerical modeling of groundwater flow based on explicit and fully implicit schemes of finite volume method

    Dalkılıç Hüseyin Yıldırım, Gharehbaghi Amin

    Yayın Yeri: Journal of Engineering Research · 9 · s. 69, 2021

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q4
    • Scopus Q1
    • CiteScore 5,2 · %87
    • Scopus atıf: 4
    • OpenAlex atıf: 6
    • Özgün Makale

    https://doi.org/10.36909/jer.9253

42. Makale Parametric and nonparametric regression models in study of the length of hydraulic jump after a multi-segment sharp-crested V-notch weir

    SAADATNEJADGHARAHASSANLOU Hamid, Ilkhanipour Zeynali Rasoul, Vaheddoost Babak, Gharehbaghi Amin

    Yayın Yeri: Water Supply · 20(3) · s. 809-818, 2020

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q4
    • Scopus Q2
    • CiteScore 5,4 · %66
    • Scopus atıf: 6
    • OpenAlex atıf: 7
    • Özgün Makale

    https://doi.org/10.2166/ws.2019.198

43. Makale Three dimensional flow simulation over a sharp-crested V-Notch weir

    SAADATNEJADGHARAHASSANLOU Hamid, Ilkhanipour Zeynali Rasoul, Gharehbaghi Amin, Mehdizadeh Saeid, Vaheddoost Babak

    Yayın Yeri: Flow Measurement and Instrumentation · 71 · s. 101684, 2020

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q3
    • Scopus Q2
    • CiteScore 4,8 · %73
    • Scopus atıf: 13
    • OpenAlex atıf: 12
    • Özgün Makale

    https://doi.org/10.1016/j.flowmeasinst.2019.101684

44. Makale Two dimensional bed deformation model in turbulent streams

    Gharehbaghi Amin, Kaya Birol, Tayfur Gökmen

    Yayın Yeri: Australian Journal of Civil Engineering · 17(2) · s. 84, 2019

    • Uluslararası
    • Hakemli
    • ESCI
    • Scopus Q2
    • CiteScore 4,9 · %70
    • Scopus atıf: 0
    • OpenAlex atıf: 0
    • Özgün Makale

    https://doi.org/10.1080/14488353.2019.1618628

45. Makale Comparative Analysis of Numerical Solutions of Advection-Diffusion Equation

    Gharehbaghi Amin, Kaya Birol, Tayfur Gökmen

    Yayın Yeri: Cumhuriyet Üniversitesi Fen-Edebiyat Fakültesi Fen Bilimleri Dergisi · 38(1) · s. 49-63, 2017

    • Ulusal
    • Hakemli
    • TR DİZİN
    • OpenAlex atıf: 8
    • Özgün Makale

    https://doi.org/10.17776/csj.53808

46. Makale Experimental investigation of discharge coefficient over novel kind of sharp-crested V-notch weir

    SAADATNEJADGHARAHASSANLOU Hamid, Gharehbaghi Amin, Mehdizadeh Saeid, Kaya Birol, Behmanesh Javad

    Yayın Yeri: Flow Measurement and Instrumentation · 54 · s. 242, 2017

    • Ulusal
    • Hakemli
    • SCI
    • JCR Q3
    • Scopus Q2
    • CiteScore 4,8 · %73
    • Scopus atıf: 11
    • OpenAlex atıf: 13
    • Özgün Makale

    https://doi.org/10.1016/j.flowmeasinst.2017.02.008

47. Makale Third- and fifth-order finite volume schemes for advection-diffusion equation with variable coefficients in semi-infinite domain

    Gharehbaghi Amin

    Yayın Yeri: Water and Environment Journal · 31(2) · s. 193, 2017

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q3
    • Scopus Q2
    • CiteScore 4,6 · %60
    • Scopus atıf: 17
    • OpenAlex atıf: 17
    • Özgün Makale

    https://doi.org/10.1111/wej.12233

48. Makale Two-Dimensional Bed Variation Models Under Non-equilibrium Conditions in Turbulent Streams

    Gharehbaghi Amin, Kaya Birol, SAADATNEJADGHARAHASSANLOU Hamid

    Yayın Yeri: Arabian Journal for Science and Engineering · 42(3) · s. 1011, 2017

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q3
    • Scopus Q1
    • CiteScore 7,1 · %87
    • Scopus atıf: 11
    • OpenAlex atıf: 11
    • Özgün Makale

    https://doi.org/10.1007/s13369-016-2258-4

49. Makale Dengede Olmayan Şartlar Altında Katı Madde Taşınımının İki Boyutlu Olarak Sayısal İncelenmesi

    Gharehbaghi Amin, Kaya Birol

    Yayın Yeri: Dokuz Eylül Üniversitesi Mühendislik Fakültesi Fen ve Mühendislik Dergisi · 18(53) · s. 255-269, 2016

    • Ulusal
    • Hakemli
    • TR DİZİN
    • OpenAlex atıf: 0
    • Özgün Makale

    https://doi.org/10.21205/deufmd.20165318385

50. Kitap / Bölüm Experimental and numerical study of sediment transport phenomenon

    Gharehbaghi Amin

    Yayın Yeri: LAP LAMBERT Academic Publishing · s. 148, 2016

    • Uluslararası
    • OpenAlex atıf: 1
    • Tümü
    • Bilimsel Kitap

    Erişim ↗

51. Makale Explicit and implicit forms of differential quadrature method for advection-diffusion equation with variable coefficients in semi-infinite domain

    Gharehbaghi Amin

    Yayın Yeri: Journal of Hydrology · 541 · s. 935-940, 2016

    • Uluslararası
    • Hakemli
    • SCI-Expanded
    • JCR Q1
    • Scopus Q1
    • CiteScore 11,8 · %94
    • Scopus atıf: 34
    • OpenAlex atıf: 33
    • Özgün Makale

    https://doi.org/10.1016/j.jhydrol.2016.08.002

52. Makale Numerical Simulation of Two Dimensional Unsteady Flow By Total Variation Diminishing Scheme

    Gharehbaghi Amin, Kaya Birol, SAADATNEJADGHARAHASSANLOU Hamid

    Yayın Yeri: International Journal of Engineering and Applied Sciences · 8(3) · s. 1-14, 2016

    • Ulusal
    • Hakemli
    • TR DİZİN
    • OpenAlex atıf: 3
    • Özgün Makale

    https://doi.org/10.24107/ijeas.255030

53. Makale Katı Madde Taşınımının Kararsız Akım Koşullarında İki Boyutlu Olarak Modellenmesi

    Gharehbaghi Amin, Kaya Birol

    Yayın Yeri: DSİ Teknik Bülteni · (119) · s. 1-9, 2015

    • Ulusal
    • Hakemli
    • TR DİZİN
    • OpenAlex atıf: 0
    • Özgün Makale

    Erişim ↗

54. Makale Implicit Solutions of Advection Diffusion Equation by Various Numerical Methods

    Kaya Birol, Gharehbaghi Amin

    Yayın Yeri: Australian Journal of Basic and Applied Sciences · 8(1) · s. 381-391, 2014

    • Uluslararası
    • Hakemli
    • Academic Journals Database
    • OpenAlex atıf: 0
    • Özgün Makale

    Erişim ↗

55. Makale Kararsız Akım Koşullarında Katı Madde Taşınımının Sonlu Hacimler Yöntemi ile Modellenmesi

    Gharehbaghi Amin, Kaya Birol

    Yayın Yeri: Gazi Üniversitesi Mühendislik Mimarlık Fakültesi Dergisi · 27(4) · s. 827-836, 2012

    • Ulusal
    • Hakemli
    • SCI-Expanded
    • JCR Q4
    • Scopus Q2
    • CiteScore 2,0 · %71
    • Özgün Makale

    Erişim ↗

56. Makale Modelling of Sediment Transport with Finite Volumes Method Under Unsteady Conditions

    Kaya Birol, Gharehbaghi Amin

    Yayın Yeri: Journal of the Faculty of Engineering and Architecture of Gazi University · 27(4) · s. 836, 2012

    • Ulusal
    • Hakemli
    • SCI
    • JCR Q4
    • Scopus Q2
    • CiteScore 2,0 · %71
    • Özgün Makale

57. Makale Simulation of Bed Changes in Rivers with Finite Volume Method by Kinematic Wave Model

    Kaya Birol, Gharehbaghi Amin

    Yayın Yeri: International Journal of Engineering & Applied Sciences (IJEAS) · 3(3) · s. 33-46, 2011

    • Ulusal
    • Hakemli
    • DergiparkAkademik
    • Özgün Makale

    Erişim ↗