Main / Mechanics and Mathematics / Mechanics / Беляев Ержан Келесович
Беляев Ержан Келесович
Position
Yerzhan Belyayev is a Research Professor at the Department of Mechanics, Al-Farabi Kazakh
National University. He earned his PhD in Mechanics from the same university in 2015 and was
awarded the academic title of Associate Professor in 2021.
From 2020 to 2023, he completed a postdoctoral fellowship at the Department of Mechanics,
focusing on thermal engineering and thermodynamic systems. In 2021, he undertook a short-term
postdoctoral research stay at the LEMTA R&D Center, University of Lorraine (France) under the
CAMPUS France program. Since 2023, he has been the coordinator of the double-degree program
in Geo-Energy between the University of Lorraine (France) and Farabi University (Kazakhstan).
Together with Professor Olivier Botella, he supervises the implementation of the “Heat and
Mass Transfer” course and develops curricula on renewable energy systems.
Achievements and Memberships:
Winner of the National Competition “Best Researcher 2023”, organized by the Committee of
Science of the Ministry of Science and Higher Education of Kazakhstan;
Winner of the “Best Young Scientist 2022” award at Al-Farabi KazNU;
Member of the National Scientific Council on Energy and Mechanical Engineering (2020–2023);
Since 2021, member of the Expert Council on Mathematics under the Committee for Quality
Assurance in Science and Higher Education.
His research interests include mathematical modeling of heat and mass transfer, fluid
dynamics, thermal engineering, solar energy systems, ground source heat pumps, and applied
thermodynamics. He has led and participated in multiple national and international projects
on optimization of ground heat exchangers, solar-assisted systems, and latent heat thermal
energy storage using phase change materials.
Dr. Belyayev has over 20 publications in high-impact international journals indexed in Scopus
(h-index = 10, Scopus ID: 57195693973). He serves as a reviewer for top journals such as
Renewable Energy, Solar Energy, Energy Conversion and Management, Journal of Thermal Analysis
and Calorimetry, Energy and Built Environment, Case Studies in Thermal Engineering, and
Sustainable Energy Technologies and Assessments.
He is also a member of scientific committees of prestigious international conferences in
Central and Eastern Europe.
First higher education
| Educational institution | Квалификация | Expiration date |
|---|---|---|
| КазНУ им. аль-Фараби | Высшее | 2008 |
Academic degree
Academic degree
Academic rank
| Name of academic title | Date of assignment |
|---|---|
| Ассоциированный профессор (доцент) | 21/05/2021 |
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Computational Mechanics |
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Computational Mechanics |
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Computational Mechanics |
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Computational Fluid Mechanics |
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Computational Fluid Mechanics |
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Computational Fluid Mechanics |
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Computational Fluid Mechanics |
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Computational Fluid Mechanics |
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Computational Fluid Mechanics |
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Computational Fluid Mechanics |
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Computational Fluid Mechanics |
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Gas Dynamics |
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Gas Dynamics |
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Gas Dynamics |
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Gas Dynamics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Statistical Mechanics |
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Fluid Mechanics |
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Fluid Mechanics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Methods of Investigation of Turbulent Flows |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Computational Mechanics |
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Computational Mechanics |
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Physical-chemical Hydrodynamics |
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Computational Methods in Mechanics |
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Computational Methods in Mechanics |
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Computational Methods in Mechanics |
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Computational Methods in Mechanics |
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Computational Methods in Mechanics |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Fundamentals of Turbulent Flows |
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Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Filtration Theory, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Principles of Turbulent Flows, Calculation Models and Methods |
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Simulation of Hydrodynamics Problems |
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Simulation of Hydrodynamics Problems |
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Simulation of Hydrodynamics Problems |
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Simulation of Hydrodynamics Problems |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Physicochemical Hydrodynamics |
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Computational Mechanics |
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Gas Dynamics |
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Numerical Research Methods of the Problems of Gas Dynamics |
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Computational Mechanics |
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Computational Mechanics |
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Computational Mechanics |
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Computational Mechanics |
После загрузки книги, переименуйте в названии расширение файла (нужно убрать .pdf). Изначально книга в формате .djvu
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Computational Mechanics |
После загрузки книги, переименуйте в названии расширение файла (нужно убрать .pdf). Изначально книга в формате .djvu
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Computational Mechanics |
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Computational Mechanics |
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Computational Mechanics |
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Computational Mechanics |
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Computational Mechanics |
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Computational Methods |
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Computational Methods |
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Computational Methods |
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Computational Methods |
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Computational Methods |
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Computational Methods |
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Computational Methods |
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Computational Methods |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Fundamentals of Thermodynamics and Heat and Mass Transfer |
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Methods of Heat and Mass Transfer problems modelling |
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Methods of Heat and Mass Transfer problems modelling |
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Methods of Heat and Mass Transfer problems modelling |
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Methods of Heat and Mass Transfer problems modelling |
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Methods of Heat and Mass Transfer problems modelling |
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Methods of Heat and Mass Transfer problems modelling |
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Computational Methods for Turbulent Flows |
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Computational Gas Dynamics |
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Computational Gas Dynamics |
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Computational Gas Dynamics |
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Numerical Methods |
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Numerical Methods |
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Numerical Methods |
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Numerical Methods |
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Numerical Methods |
.pdf нужно переименовать, станет .djvu
На стр.34 - Метод прогонки
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УМФ - классификация ДУЧП.
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Numerical Methods |
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Methods of Study of Compressible Fluids |
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Methods of Study of Compressible Fluids |
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Methods of Study of Compressible Fluids |
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Methods of Study of Compressible Fluids |
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Methods of Study of Compressible Fluids |
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Academic writing |
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Methods of scientific research |
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Artificial intelligence in mechanics problems |
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Artificial intelligence in mechanics problems |
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1
Беляев Ержан Келесович
Найманова А.Ж.
InTech
2012 - г.
ISBN 978-953-51-0241-0
22 - стр.
1
Беляев Ержан Келесович
2015 - г.
6 - стр.
0
2
Беляев Ержан КелесовичМакашева А.П., Найманова А.Ж.
2015 - г.
5 - стр.
798
3
Беляев Ержан Келесович
2014 - г.
5 - стр.
4
4
Беляев Ержан КелесовичКалтаев А..
2014 - г.
13 - стр.
4
5
Беляев Ержан КелесовичКалтаев А..
2015 - г.
11 - стр.
86
6
Беляев Ержан КелесовичНайманова А.Ж., Калтаев А..
2015 - г.
5 - стр.
20
7
Беляев Ержан КелесовичБекетаева А.О., Макашева А.П.
2015 - г.
6 - стр.
20
8
Беляев Ержан КелесовичНайманова А.Ж., Калтаев А..
2012 - г.
8 - стр.
74
9
Беляев Ержан КелесовичНайманова А.Ж., Калтаев А..
2012 - г.
11 - стр.
74
10
Беляев Ержан КелесовичНайманова А.Ж., Калтаев А..
2013 - г.
18 - стр.
13
11
Беляев Ержан КелесовичНайманова А.Ж., Калтаев А..
2013 - г.
3 - стр.
1
12
Беляев Ержан КелесовичКалтаев А..
Күн коллектор-буландырғышының абсорберіндегі жылутаралу процессін сандық түрде зерттеу
2015 - г.
6 - стр.
58
13
Беляев Ержан Келесович
Капиллярлық түтікше және жылуреттегіш вентильді тікелей кеңейетін күн жылу насосының кеңейткіш клапаны ретінде сандық түрде қарастыру
2015 - г.
5 - стр.
4
14
Беляев Ержан КелесовичНайманова А.Ж., Моисеева Е.С.
2015 - г.
6 - стр.
0
15
Беляев Ержан КелесовичКалтаев А..
2016 - г.
6 - стр.
48
16
Беляев Ержан КелесовичКалтаев А..
2016 - г.
7 - стр.
48
17
Беляев Ержан Келесович
Қазақстанның климаттық жағдайындағы гелиоколлекторлық жүйелерінің түрлеріне эксергиялық
талдау өткізу
2017 - г.
10 - стр.
120
18
Беляев Ержан Келесович
2018 - г.
33 - стр.
83
19
Беляев Ержан Келесович
2018 - г.
31 - стр.
83
20
Беляев Ержан Келесович
2017 - г.
7 - стр.
21
21
Беляев Ержан Келесович
2018 - г.
13 - стр.
1
22
Беляев Ержан КелесовичКалтаев А.., Сақташова Г.Ж.
Күн-жер жылу насосының жылулық қасиеттерін сандық түрде моделдеу
2018 - г.
7 - стр.
4
23
Беляев Ержан КелесовичСақташова Г.Ж.
2018 - г.
7 - стр.
0
24
Беляев Ержан КелесовичКалтаев А..
2019 - г.
1 - стр.
0
25
Беляев Ержан КелесовичМуругесан М.., Калтаев А.., Ердеш Е.Б.
2020 - г.
13 - стр.
0
26
Беляев Ержан Келесович
2018 - г.
8 - стр.
9
27
Беляев Ержан КелесовичКалтаев А..
2020 - г.
13 - стр.
0
28
Беляев Ержан КелесовичBotella O.., Толеуханов А.Е.
2022 - г.
16 - стр.
1
29
Беляев Ержан КелесовичТолеуханов А.Е., Сейтов А.Н., Аманжолов Т.Е.
2022 - г.
25 - стр.
0
30
Беляев Ержан КелесовичТолеуханов А.Е., Сейтов А.Н., Аманжолов Т.Е.
2022 - г.
31 - стр.
0
1
Беляев Ержан Келесович
Найманова А.Ж., Калтаев А..
2010 - г.
5 - стр.
University of Electronic Science and Technology, Chengdu, China
2
Беляев Ержан Келесович
Калтаев А..
2014 - г.
6 - стр.
3
Беляев Ержан Келесович
Калтаев А.., Найманова А.Ж.
2011 - г.
2 - стр.
Институт проблем горения
4
Беляев Ержан Келесович
2011 - г.
1 - стр.
Baku, Azerbaijan
5
Беляев Ержан Келесович
Калтаев А.., Найманова А.Ж.
2011 - г.
1 - стр.
Baku, Azerbaijan
6
Беляев Ержан Келесович
Калтаев А.., Найманова А.Ж.
2011 - г.
1 - стр.
Будва
7
Беляев Ержан Келесович
Найманова А.Ж., Калтаев А..
2011 - г.
1 - стр.
Алматы
8
Беляев Ержан Келесович
Найманова А.Ж., Калтаев А..
2011 - г.
1 - стр.
Новосибирск
9
Беляев Ержан Келесович
2012 - г.
1 - стр.
Новосибирск
10
Беляев Ержан Келесович
Жылу насосы бар регенеративтік күн тұщыландырғышының Қазақстанның суық ауа райы үшін сандық моделін құру
2016 - г.
1 - стр.
Алматы
11
Беляев Ержан Келесович
ЖЫЛУ НАСОСТАРЫНА АРНАЛҒАН ФОТОЭЛЕКТРЛІ ЖЫЛУ БУЛАНДЫРҒЫШТЫ САНДЫҚ ТҮРДЕ МОДЕЛДЕУ
2016 - г.
1 - стр.
Алматы
12
Беляев Ержан Келесович
Калтаев А..
2016 - г.
2 - стр.
Taormina, Sicily
13
Беляев Ержан Келесович
Калтаев А..
Жылу насосымен жұмыс істейтін күн дистилляторын Қазақстан климат жағдайына суды тұщыландыруға қолдану
2016 - г.
2 - стр.
Алматы
14
Беляев Ержан Келесович
Калтаев А..
2016 - г.
2 - стр.
Алматы
15
Беляев Ержан Келесович
2016 - г.
2 - стр.
Алматы
16
Беляев Ержан Келесович
2016 - г.
2 - стр.
Алматы
17
Беляев Ержан Келесович
2017 - г.
10 - стр.
Department of Mechanical Engineering, Hindusthan College of Engineering and Technology
18
Беляев Ержан Келесович
2017 - г.
9 - стр.
Department of Mechanical Engineering, Hindusthan College of Engineering and Technology
19
Беляев Ержан Келесович
Геотермалды жылу насосының жұмыс істеу қасиеттерін жүйелі түрде пішіндеу
2017 - г.
1 - стр.
Алматы, КазНУ имени аль-Фараби
20
Беляев Ержан Келесович
2017 - г.
1 - стр.
Алматы, КазНУ имени аль-Фараби
21
Беляев Ержан Келесович
2017 - г.
1 - стр.
Алматы, КазНУ имени аль-Фараби
22
Беляев Ержан Келесович
Континентальды климат жағдайына арналған баламалы комби жылыту жүйелерін талдау
2018 - г.
1 - стр.
КазНУ
23
Беляев Ержан Келесович
Ауа жылу насостарында R22-ге балама ретінде R290-ды сандық модельдеу
2018 - г.
5 - стр.
Hindusthan College of Engineering and Technology, Othakkalmandapam Post, Coimbatore, India
24
Беляев Ержан Келесович
Калтаев А..
Numerical simulation of a heat pump assisted solar dryer for continental climate of Kazakhstan
2018 - г.
9 - стр.
Hindusthan College of Engineering and Technology, Othakkalmandapam Post, Coimbatore, India
25
Беляев Ержан Келесович
Калтаев А..
2019 - г.
2 - стр.
Kyushu University, Fukuoka
26
Беляев Ержан Келесович
2020 - г.
7 - стр.
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Simulation-Based Mathematical Modeling of Borehole Heat Exchanger Thermal Performance for Ground Source Heat Pumps
Toleukhanov, A., Belyayev, Y., Botella, O., Yerdesh, Y., Amanzholov, T.
2025
Journal of Mathematical Sciences United States
291, с. 323-335
0
ЦитированийNumerical Simulation of Cascade Latent Heat Thermal Energy Storage Device Thermal Performance Using Multiple PCMs
Belyayev, Y., Toleukhanov, A., Yerdesh, Y., Seitov, A., Aliuly, A., Botella, O.
2024
Aip Conference Proceedings
3126, с.
1
ЦитированийEnergy and Exergy Performance Study of Ground Source Heat Pump in Continental Climate Conditions
Belyayev, Y., Toleukhanov, A., Yerdesh, Y., Seitov, A., Amanzholov, T., Wang, H.S.
2024
Aip Conference Proceedings
3126, с.
0
ЦитированийThermal analysis of a compression heat pump-assisted solar still for Caspian regions of Kazakhstan
Baimbetov, D., Karlina, Y., Yerdesh, Y., Syrlybekkyzy, S., Toleukhanov, A., Mohanraj, M., Belyayev, Y.
2024
Journal of Thermal Analysis and Calorimetry
149, с. 11269-11291
3
ЦитированийTWO-DIMENSIONAL CFD ANALYSIS OF A HOT WATER STORAGE TANK WITH IMMERSED OBSTACLES
Abdidin, A., Kereikulova, A., Toleukhanov, A., Botella, O., Kheiri, A., Belyayev, Y.
2024
Kaznu Bulletin Mathematics Mechanics Computer Science Series
123, с. 57-80
0
ЦитированийNumerical Estimation of Potable Water Production for Single-Slope Solar Stills in the Caspian Region
Baimbetov, D., Yerdesh, Y., Karlina, Y., Syrlybekkyzy, S., Radu, T., Mohanraj, M., Belyayev, Y.
2024
Water Switzerland
16, с.
1
ЦитированийThree-Dimensional CFD Analysis of a Hot Water Storage Tank with Various Inlet/Outlet Configurations
Abdidin, A., Seitov, A., Toleukhanov, A., Belyayev, Y., Botella, O., Kheiri, A., Khalij, M.
2024
Energies
17, с.
0
ЦитированийNumerical Simulation Study of Thermal Performance in Hot Water Storage Tanks with External and Internal Heat Exchangers
Karlina, Y., Yerdesh, Y., Toleukhanov, A., Belyayev, Y., Wang, H.S., Botella, O.
2024
Energies
17, с.
0
ЦитированийExperimental and Theoretical Investigations of a Ground Source Heat Pump System for Water and Space Heating Applications in Kazakhstan
Yerdesh, Y., Amanzholov, T., Aliuly, A., Seitov, A., Toleukhanov, A., Murugesan, M., Botella, O., Feidt, M., Wang, H.S., Tsoy, A., Belyayev, Y.
2022
Energies
15, с.
10
ЦитированийThermal Response Measurement and Performance Evaluation of Borehole Heat Exchangers: A Case Study in Kazakhstan
Amanzholov, T., Seitov, A., Aliuly, A., Yerdesh, Y., Murugesan, M., Botella, O., Feidt, M., Wang, H.S., Belyayev, Y., Toleukhanov, A.
2022
Energies
15, с.
6
ЦитированийSTUDY OF BOREHOLE HEAT EXCHANGER HEAT TRANSFER ENHANCEMENT PARAMETERS
Amanzholov, T., Belyayev, Y., Mohanraj, M., Toleukhanov, A.
2022
Kaznu Bulletin Mathematics Mechanics Computer Science Series
115, с. 65-77
5
ЦитированийNumerical simulation on solar collector and cascade heat pump combi water heating systems in Kazakhstan climates
Yerdesh, Y., Abdulina, Z., Aliuly, A., Belyayev, Y., Mohanraj, M., Kaltayev, A.
2020
Renewable Energy
145, с. 1222-1234
40
ЦитированийNumerical simulation of a heat pump assisted solar dryer for continental climates
Kuan, M., Shakir, Y., Mohanraj, M., Belyayev, Y., Jayaraj, S., Kaltayev, A.
2019
Renewable Energy
143, с. 214-225
64
ЦитированийNumerical simulation of a heat pump assisted regenerative solar still with PCM heat storage for cold climates of Kazakhstan
Shakir, Y., Saparova, B., Belyayev, Y., Kaltayev, A., Murugesan, M., Simon, J.
2017
Thermal Science
21, с. 411-418
12
Цитирований2d-DNS and 2D-RANS simulations of supersonic QUASI-2D turbulent reacting shear flow
Kaltayev, A., Belyayev, Y., Naimanova, A.
2014
Eurasian Chemico Technological Journal
16, с. 239-243
0
ЦитированийNotice of Retraction: Supersonic flow with perpendicular injection of a hydrogen
Belyayev, Y., Kaltayev, A., Naimanova, A.
2010
Iccet 2010 2010 International Conference on Computer Engineering and Technology Proceedings
5, с. V5531-V5534