Simulation of multiphase flows of liquids and gases
Determined the oil supply pressure level that results in cavitation
Determined the limits of the distinctive modes of the cavitator
Calculated the rating curve
Achieved congruence of practical and estimated pressure levels at which cavitation occurs (within 10% range)
Device is successfully being used in oil processing and transportation
Cavitation nozzle extension for ultrasound processing of deep-seated mineral formations
Researched the viability of using high-frequency ultrasound vibrations of the nozzle plating to create powerful waves of overpressure and underpressure using cavitation
Device is designed for ultrasound processing of deep-seated mineral formations
Simulation results confirm the viability of usage and justify moving to the prototype stage
Artificial counterflow system for swimming pools
Artificial counterflow system is designed for studying the dynamics of swimmers' movement and is aimed to facilitate creation of flexible training exercises for professional athletes
Choice of the optimal geometric configuration comes as a result of multiple tests
Device ensures a uniform flow at the athlete's location
Device ensures a uniform flow at the athlete's location
Development of a rowing machine. Measuring oar resistance in different geometric configurations and with different physical parameters
Created an automated simulation tool using CAE software
Performed calculation on around 400 points – with variations in angles, immersion depth, and flow speed
Tuned the rowing machine's feedback system using the collected data. The device has been successfully developed and manufactured, and is now used at Moscomsport (Moscow Department for Physical Culture and Sports) facilities
Fuel flow and spray in pintle injectors of diesel engines
Performed studies on characteristics of pintle injectors of the chosen configuration
Studied various time windows of open needle positions, various injection pressure levels, numbers of injections per stroke, etc.
