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

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### Physics & Astronomy

#### General

granular materials

shear

cohesion

micromechanics

anisotropy

simulation

rheology

drums

confining

assembly

beads

test equipment

coordination number

scaling

axial strain

unloading

histories

microstructure

shear strain

rubber

adhesives

molecular dynamics

static deformation

closing

fluids

softness

boxes

#### Physics

friction

force distribution

particulates

elastic waves

perturbation

wave propagation

#### Engineering

assemblies

jamming

shear stress

pressure reduction

shearing

#### Chemistry and Materials

modulus of elasticity

stiffness

glass

bulk modulus

clays

soils

coefficient of friction

stress ratio

#### Mathematical and Computer Sciences

probability distribution functions

#### Aerospace Sciences

limestone

avalanches

#### Life Sciences

tomography

### Engineering & Materials Science

Granular materials

Finite difference method

Powders

Friction

Asphalt

Wave propagation

Anisotropy

Calibration

Volume fraction

Macros

Elastic waves

Jamming

Polydispersity

Experiments

Constitutive models

Elastic moduli

Micromechanics

Computer simulation

Compaction

Durability

Clay

Microstructure

Probability distributions

Grippers

Surface roughness

Geometry

Stiffness

Particle size

Shearing

Stress relaxation

Rheology

Flow control

Molecular dynamics

Particles (particulate matter)

Analytical models

Fluids

Tuning

Tomography

Glass

Plasticity

### Chemical Compounds

Powders

Granular materials

Volume fraction

Friction

Finite difference method

Wave propagation

Probability distributions

Anisotropy

Jamming

Constitutive models

Computer simulation

Elastic moduli

Geometry

Molecular dynamics

Particle size

Elastic waves

Polydispersity

Stress relaxation

Rheology

Flow control

Distribution functions

Macros

Particles (particulate matter)

Analytical models

Experiments

Tuning

Compaction