Sabdenov Ko 1
1. A Numerical Method for Solving the Equations of Hydraulics and of Nonlinear Electric DC Circuits
2. A Simple Model of Stirling Machine (Engine) with Free Working Piston
3. A Simple Theory of Multicomponent Diffusion and Simulation of the Combustion of a Stoichiometric H2/O2 Mixture
4. Coefficient of Heat Transfer of a Cylindrical Pipe with a Constant Temperature at Large Times
5. Contribution to the Search for the Optimum Conditions for Reducing Water Loss in the Cooling Tower
6. Correction to: A Simple Model of Stirling Machine (Engine) with Free Working Piston (Journal of Engineering Physics and Thermophysics, (2024), 97, 4, (1034-1041), 10.1007/s10891-024-02974-3)
7. Effect of Chemical Work on the Flame Temperature and Burning Rate of an H2/O2Mixture
8. Effect of Molar Mass Variation on a Flame Temperature and a Burning Rate
9. Increasing the Power of the α-Type Stirling Engine by Changing Mutual Orientation of Compression and Expansion Cylinders
10. Modeling of Cooling Tower Operation with Consideration for the Chemical Work in the Steam–Air Mixture
11. The Thermodynamic Brayton Cycle with a Reversible Chemical Reaction
12. Toward the Methods of Designing a Combined System “Stirling Engine–Electric Generator–Load (Consumer)”
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