# Fingerprint The fingerprint is based on mining the text of the scientific documents related to the associated experts. Based on that an index of weighted terms is created, which defines the key subjects of research unit

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### Mathematics

Model

Energy

Class

Estimate

Theorem

Zero

Graph in graph theory

Fluid

Interaction

Range of data

Approximation

Converge

Term

Dynamical system

Vortex

Regularity

Eigenvalue

Fluctuations

Metric

Random Graphs

Two Dimensions

Arbitrary

Coefficient

Invariant

Random walk

Operator

Lower bound

Norm

Large Deviations

Cell

Scaling

Ensemble

Scaling Limit

Three-dimensional

Spin Glass

Singularity

kernel

Infinity

Three-dimension

Lipschitz

Subset

Curve

Statistics

Formulation

Homogenization

Ising

Random Matrices

Uniqueness

Ginzburg-Landau

Navier-Stokes Equations

Discretization

Integer

Decay

Ising Model

Entropy

Limiting

Free Energy

Phase Transition

Global Existence

Configuration

Asymptotic Behavior

Boundary conditions

Metric space

Perturbation

Euclidean

First-order

Scattering

External Field

Nonlinearity

Nonlinear Schrödinger Equation

Magnetic Field

Preconditioner

Global Solution

Scalar

Ball

Universality

Minimizer

Siméon Denis Poisson

Vorticity

Integral Equations

Nearest Neighbor

Dissipation

Lyapunov Exponent

Forcing

Riemannian Manifold

Turbulence

Weak Solution

Schrödinger

Statistical Mechanics

Large Deviation Principle

Navier-Stokes System

Domain Decomposition

Elliptic Equations

Euler Equations

Harmonic Maps

Stochastic Homogenization

Condition number

### Physics & Astronomy

#### General

fluids

energy

simulation

interactions

vortices

scaling

free energy

predictions

cells

geometry

expansion

dynamical systems

thermodynamics

profiles

scalars

formulations

operators

configurations

exponents

estimates

Ising model

boundary conditions

chaos

dissipation

continuums

optimization

molecular dynamics

entropy

grids

decay

convection

statistical mechanics

propagation

shear

#### Mathematical and Computer Sciences

approximation

theorems

statistics

integral equations

nonlinear equations

vorticity

#### Physics

temperature

perturbation

ground state

solitary waves

gradients

velocity distribution

oscillations

heat

#### Engineering

hydrodynamics

scattering

#### Aerospace Sciences

turbulence

magnetic fields

magnetohydrodynamics

#### Geosciences

oceans

#### Chemistry and Materials

spin glass

gases

composite materials

ice

### Engineering & Materials Science

Fluids

Vortex flow

Experiments

Boundary conditions

Computer simulation

Dynamical systems

Geometry

Decomposition

Polynomials

Scattering

Integral equations

Costs

Navier Stokes equations

Hydrodynamics

Derivatives

Partial differential equations

Turbulence

Entropy

Vorticity

Hamiltonians

Magnetic fields

Viscosity

Elasticity

Neurons

Numerical methods

Phase transitions

Wave equations

Composite materials

Fluxes

Nonlinear equations

Sampling

Statistics

Kinetics

Conservation

Molecular dynamics

Iterative methods

Differential equations

Fibers

Free energy

Blood

Fluid dynamics

Euler equations

Physics

Probability distributions

Flow of fluids

Recovery

Linear systems

Chaos theory

Acoustic waves

Reynolds number

Asymptotic analysis

Microstructure

Surface tension

Newton-Raphson method

Markov processes

Momentum

Topology

Ground state

Data storage equipment