Физика и астрономия
Chemistry and Materials
liquids
menisci
microgravity
vapors
condensates
water
liquid surfaces
ethyl alcohol
gases
Physics
heat flux
flux density
heat
high speed
temperature
conductive heat transfer
coefficients
flow velocity
General
heat pipes
fins
breakdown
condensation
foils
film thickness
foils (materials)
positioning
constantan
cooling
profiles
electronics
conductivity
microchannels
mathematical models
penetration
Engineering
heating
evaporation
actuators
separators
scanners
condensing
Aerospace Sciences
Mathematical and Computer Sciences
Математика
Dynamic Contact
Contact Angle
Suction
Condensate
Numerical Modeling
Condensation
Liquid
Contact
Gravity
Modeling
Boussinesq Approximation
Slip Condition
Friction Coefficient
Mathematical Modeling
Surface Tension
Kinematics
Viscosity
Navier-Stokes Equations
Horizontal
Heat
Lubrication Approximation
Lubrication Theory
Approximation Theory
Nonstationary Processes
Evaporation
Stationary Solutions
Diminishing
Numerical Algorithms
Ethanol
Nonlinear Evolution Equations
Demonstrate
Evolution Equation
Stationary Process
Heat Transfer
Numerical Calculation
Saturation
Substrate
Numerical Solution
Experimental Data
Curvature
Numerical Results
Decrease
Energy
Технические дисциплины и материаловедение
Surface tension
Liquids
Point contacts
Contact angle
Condensation
Inverse problems
Vapors
Silicones
Gravitation
Viscosity
Approximation theory
Navier Stokes equations
Temperature
Kinematics
Newton-Raphson method
Friction
Lubrication
Evaporation
Atmospheric pressure
Heat transfer
Ethanol
Oils
Substrates
Industry
Hot Temperature
