# 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.

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### 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