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

Engineering & Materials Science

Liquid films
Electric fields
Fluids
Membranes
Contact angle
Liquids
Thin films
Surface tension
Radiators
Contacts (fluid mechanics)
Capillary tubes
Van der Waals forces
Lubrication
Capillarity
Linear stability analysis
Wave propagation
Reynolds number
Interfacial energy
Surface diffusion
Electrostatics
Viscous flow
Lipids
Electrohydrodynamics
Surface active agents
Boundary conditions
Substrates
Equations of motion
Bubbles (in fluids)
Volume fraction
Multiphase flow
Numerical methods
Imaging techniques
Gravitation
Acoustic waves
Diffusion in solids
Computer simulation
Viscosity
Glass
Lipid bilayers
Permittivity
Peeling
Asymptotic analysis
Porous materials
Acoustics
Acoustic fields
Biomimetics
Blood
Sugars
Nanowires
Ice

Physics & Astronomy

General

bubbles
membranes
electric fields
fluids
radiators
shear flow
slip
boundary conditions
capillary tubes
disturbances
surfactants
wedges
Stokes flow
continuum modeling
radii
electric contacts
uniform flow
Rayleigh equations
fluid flow
curvature
incompressibility
cells
inclination
rejection
charging
liquid flow

Physics

wave propagation
oscillations
surface diffusion
viscosity
surface waves
Navier-Stokes equation
wavelengths

Chemistry and Materials

liquids
lipids
surface energy
gases
interfacial tension
rotating liquids
dimers

Mathematical and Computer Sciences

Reynolds number
Bond number
boundary integral method

Engineering

electrohydrodynamics
lubrication
direct current
electrostatics
rods
spacecraft radiators

Life Sciences

temperature effects

Mathematics

Electric Field
Vesicles
Van Der Waals Force
Thin Films
Surface Tension
Electrohydrodynamics
Membrane
Fluid
Substrate
Surfactant
Acoustics
System of equations
Asymptotic Analysis
Motion
Liquid
Contact Angle
Dielectric Constant
Moving Boundary Problem
Contact Line
Shear Flow
Anomalous Diffusion
Similarity Solution
Wave Speed
Boundary conditions
Surface Energy
Drying
Rupture
Adhesives
Subdiffusion
Linear Stability
Free Boundary Problem
Scattering Problems
Surface Waves
Inclined
Acoustic Waves
Composite Materials
Interaction
Rayleigh
Free Surface
Numerical Calculation
Fluid Flow
Tube
Matched Asymptotics
Oscillation
Boundary Layer
Thin Liquid Films
Surface Diffusion
Three-dimensional
Mass Transport
Lubrication