**The Laboratory of Mathematical Modeling and Numerical Experiment conducts work on the following areas:**

- · Development of a mathematical model of cavitation phenomena in plasmochemical installations used for hydrocarbon fuel modification.
- · Detailed mathematical modeling of eddy currents for the study of processes in a tornado and development of the conceptual shape of a vortex energy generator from water and atmospheric air
- · Exploratory studies aimed at determining the regularities and possibilities of applying cold nuclear fusion phenomena as exemplified in processes in an electrode after a repetitively pulsed discharge in a water stream in air
- · Development of a conceptual shape and estimated mathematical model for the generation of strong shock waves and dense plasma using plasma-dynamic discharge in aqueous micropowder suspension and under micro-bubble cavitation
- · Assessment of obtaining the necessary reactions using an experimental setup for generation of strong shock waves and dense plasma in water in a near-critical state; development of a conceptual shape and estimated mathematical model
- · Research on burner devices for little-emission combustion of combustible gases of different compositions in three-dimensional permeable matrices for use in the combustion chambers of future gas turbine plants