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Maksat B. Kurmanseiit

Observed names: M. B. Kurmanseiit, M. Kurmanseiit, M.B. Kurmanseiit, Maksat Kurmanseiit, М. Құрмансейт
Institution: Satbayev University
ORCID: 0000-0002-5334-6537
Observed ORCID: 0000-0002-5334-6537
OpenAlex ID: A5075750929
Reactive Transport Modeling during Uranium In Situ Leaching (ISL): The Effects of Ore Composition on Mining Recovery
2022 · Maksat B. Kurmanseiit, Madina S. Tungatarova, et al. · Minerals · 35
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Streamline-based reactive transport modeling of uranium mining during in-situ leaching: Advantages and drawbacks
2023 · Maksat B. Kurmanseiit, Madina S. Tungatarova, et al. · Hydrometallurgy · 24
Artificial Neural Networks for Mineral Production Forecasting in the In Situ Leaching Process: Uranium Case Study
2024 · Daniar Aizhulov, Madina Tungatarova, et al. · Processes · 11
Acceleration of Numerical Modeling of Uranium In Situ Leaching: Application of IDW Interpolation and Neural Networks for Solving the Hydraulic Head Equation
2024 · Maksat B. Kurmanseiit, Madina S. Tungatarova, et al. · Minerals · 11
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GPU Accelerated Modeling of In-Situ Leaching Process and Streamline Based Reactive Transport Simulation
2020 · M.S. Tungatarova, M.B. Kurmanseiit, et al. · Procedia Computer Science · 10
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Comparative Evaluation of Flow Rate Distribution Methods for Uranium In-Situ Leaching via Reactive Transport Modeling
2025 · Maksat Kurmanseiit, Nurlan Shayakhmetov, et al. · Minerals · 4
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Transport of Steam-Gas Mixture in Hydrodynamic Devices: A Numerical Study of Steam Reforming of Methane
2023 · Galymzhan Mamytbekov, Nurlan Shayakhmetov, et al. · Processes · 4
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Mathematical Modeling of the Transport of H2O–CH4 Steam–Gas Mixtures in Hydrodynamic Devices: The Role of Helical Screws
2024 · Galymzhan Mamytbekov, Nurlan Shayakhmetov, et al. · Processes · 3
Computational Approaches to Assess Flow Rate Efficiency During In Situ Recovery of Uranium: From Reactive Transport to Streamline- and Trajectory-Based Methods
2025 · Maksat Kurmanseiit, Nurlan Shayakhmetov, et al. · Minerals · 2
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Synthetic Data Generation for Ann Modeling of the Hydrodynamic Processes of In-situ Leaching
2024 · Daniar Aizhulov, Maksat Kurmanseiit, et al. · Scientific Journal of Astana IT University · 2
Study of the optimality of hexagonal well location modes during the in-situ leaching of mineral
2019 · N.M. Shayakhmetov, M.B. Kurmanseiit, et al. · Kompleksnoe Ispolzovanie Mineralnogo Syra = Complex Use of Mineral Resources · 2
Modeling and Study of the Uranium Leaching Process
2025 · A. Kaltayev, M. B. Kurmanseiit, et al. · Herald of Kazakh-British technical university · 1
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Influence of gravity effect to the recovery rate at uranium in-situ leaching
2021 · M. B. Kurmanseiit, M. S. Tungatarova, et al. · Bulletin of the National Engineering Academy of the Republic of Kazakhstan · 1
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Исследование генезиса инфильтрационных урановых месторождений и разработка нового геостатистического метода моделирования
2025 · А. Қалтаев, Д. Айжулов, et al. · НАУКА ИНТЕЛЛЕКТУАЛЬНЫХ СИСТЕМ
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Streamlines based methodology for determining the acidity balance of solutions of technological blocks developed by in-situ leaching
2022 · M. B. Kurmanseiit, K. Sh. Uzbekaliyev, et al. · Bulletin of the National Engineering Academy of the Republic of Kazakhstan
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Three Dimensional Modeling Of Enhanced Oil Recovery With Surfactants And Displacement By Polymers Based On Streamline Si
2018 · M. Kurmanseiit, N. Shayakhmetov, et al. · Proceedings
The study of change in extraction degree under the influence of oxidizers while leaching Uranium ore with sulfuric acid
2017 · M. B. Kurmanseiit, Daniar Aizhulov, et al. · DOAJ (DOAJ: Directory of Open Access Journals)
Application of geostatistical methods for reconstruction of lithological and mineralogical structure of uranium deposit by interpolating well data
2017 · D. Y. Aizhulov, M. B. Kurmanseiit, et al. · DOAJ (DOAJ: Directory of Open Access Journals)
Works count: 18
Citation count: 110
H-index: 5
I10-index: 5
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