Authorization required.

The development of highly efficient ways of using fuel energy in combustion devices based on advanced materials and structures. Gorenje

  1. Computational fluid dynamics
  2. Experimental thermophysics
  3. Experimental research methods
  4. Structural metallographic studies, including computer statistical image processing of structures and measurement of microhardness
  5. Metallography
  6. Structural analysis
Anatoly Maznoy 🥼 🤝
Head of Laboratory
Leading researcher
Sergey Zambalov 🤝 🥼
Senior Researcher
Igor Yakovlev
Senior Researcher
Researcher
Nikita Pichugin
Junior researcher
Astakhov, Daniil Sergeevich
Daniil Astakhov
Junior researcher
Junior researcher
Dmitry Kasaev
Research Engineer

Research directions

Self-propagating high-temperature synthesis of porous products from intermetallides

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Self-propagating high-temperature synthesis of porous products from intermetallides
Direct synthesis of porous products with a given shape, size, micro- and macrostructure, ready for use in energy conversion devices: infrared and porous burners, TTE.

investigation of the physico-chemical nature of gorenje and synthesis processes in heterogeneous media with melting components

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investigation of the physico-chemical nature of gorenje and synthesis processes in heterogeneous media with melting components
investigation of the physico-chemical nature of gorenje and synthesis processes in heterogeneous media with melting components

Research at the interface of materials science and gorenje to create advanced sources of thermal energy

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Research at the interface of materials science and gorenje to create advanced sources of thermal energy
Thermal power devices based on the principle of filtration gorenje of hydrocarbon gases are created and investigated on the basis of porous intermetallides obtained in the laboratory. Scale: from laboratory (verification of models) to devices needed in real life (with a capacity of up to tens and hundreds of kilowatts).

Methods of technological gorenje for waste processing to obtain promising ceramic materials

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Methods of technological gorenje for waste processing to obtain promising ceramic materials
Surprisingly, the fact is that production and consumption waste can be processed in a technological gorenje mode, the purpose of which is not just to burn waste, but to obtain the ceramic materials in demand at an extremely low cost. The topic is new and promising. A lot is in the know-how mode.

Simulation of fuel combustion processes in energy apparatuses and internal combustion engines Gorenje

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Simulation of fuel combustion processes in energy apparatuses and internal combustion engines Gorenje
CFD gorenje processes in porous and microchannel media, chambers of internal combustion engines. Detailed accounting of gas dynamics, chemical kinetics, all types of heat transfer, 2D, 3D. Own computational mini-cluster, developments in algorithms and software.

Publications and patents

20232025
 | Яковлев Игорь Александрович

Lab address

Академический пр., 10/4, Томск, Томская обл.
Authorization required.