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Fingerprint Dive into the research topics where Vera Stepanovna Deeva is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Brushes
Rotary engines
Gravitation
Pipelines
Gas engineering
Cables
Coarsening
Current density
Entropy
Thermodynamics
Fluids
Wear of materials
Agglomeration
Monitoring
Gas industry
Particles (particulate matter)
Turbulence
Industry
Earth (planet)
Electric commutators
Flow of fluids
Water
Particle separators
Geometry
Physical properties
Electrodynamics
Turbogenerators
Electric currents
Mathematical models
Current voltage characteristics
Debris
Gels
Contacts (fluid mechanics)
Nuclear power plants
Aerosols
Flow of gases
Oils
Analytical models
Dynamical systems
Durability
Mechanical engineering
Hydrodynamics
Rotors
Damping
Coalescence
Friction
Temperature
Differential equations
Numerical models
Crude oil

Chemical Compounds

Brushes
Rotary engines
Gravitation
Oils
Current density
Entropy
Thermodynamics
Wear of materials
Water
Gas industry
Turbulence
Earth (planet)
Electric commutators
Particle separators
Geometry
Physical properties
Fluids
Turbogenerators
Electric currents
Mathematical models
Current voltage characteristics
Aerosols
Debris
Contacts (fluid mechanics)
Gels
Flow of gases
Analytical models
Dynamical systems
Durability
Coarsening
Mechanical engineering
Hydrodynamics
Rotors
Damping
Coalescence
Friction
Particles (particulate matter)
Petroleum
Temperature
Differential equations
Agglomeration
Pipelines
Numerical models
Surface roughness

Physics & Astronomy

Aerospace Sciences

cyclones
gravitation
ejection

General

sliding
swirling
cones
entropy
sliding contact
thermodynamics
optimization
slip
sprayers
rings
industries
partitions
durability
detachment
dynamical systems
assembly
deviation
geometry
retaining
coalescing
simulation
trends

Engineering

brushes
commutators
debris
accumulators
mechanical engineering
life (durability)
separators

Chemistry and Materials

oils
gases

Aeronautics

turbulent flow

Geosciences

aerosols

Physics

range (extremes)
acceleration (physics)
roughness

Mathematical and Computer Sciences

differential equations