- Application of high-speed video recording and contactless optical methods using continuous and pulsed lasers to study fast processes in various technologies.
- Numerical simulation of physical and chemical processes in various practical applications with the use of author-developed software codes and mathematical simulation packages.
- Analytical solution of heat and mass transfer problems including phase transformations and chemical reactions.
developed software codes and mathematical simulation packages.- Heat and Mass Transfer and Fluid Dynamics in Liquid Droplets, Jets and Films under Different Heat Transfer Conditions.
- Spraying of liquids, slurries, solutions, and emulsions within different practical applications.
- Secondary droplet breakup for liquids, solutions, slurries, and emulsions due to micro-explosive effects and droplet-droplet, droplet-particle, droplet-wall, droplet-gas jet interactions.
- Droplet-wall interaction: wetting, impact, spreading, and vaporization.
- Microfluidic systems for various applications.
- Fast detection of materials and substances ignition.
- Containment and suppression of indoor, forest, and steppe fires by using various compositions and systems.
- Intelligent fire-extinguishing closed-loop systems for detection, containment, and suppression of seats of fire.
- Spray technologies for heat transfer enhancement: painting, cleaning, irrigation, heating, cooling, coatings, etc.
- Composite liquid and dry fuels based on industrial and household waste: preparation, properties, spraying, ignition, combustion, anthropogenic emissions.
- Gas analysis by gas analyzers and spectrometers.
- Development of ignition and combustion technologies for conventional (coal, gasoline, diesel, fuel oil, gas, etc.), composite (blends, slurries, solutions, emulsions, etc.), and alternative (gas hydrates, gel-like fuel blends, biofuels, etc.) fuels of various composition.
- Fire and thermal cleaning of liquids from impurities.
- Light-induced, microwave, conductive, convective, radiative, and combined systems of pyrolysis and gasification of substances, materials, and mixtures.
- Development of high-precision and fast-response measurement systems of technological parameters based on contact and contactless measuring methods.
- Improving energy efficiency of power facilities, automotive and aviation engines.
