# Fingerprint Dive into the research topics where David Pritchard 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

Fluids

Suspended sediments

Sediment transport

Porous materials

Sediments

Beaches

Gravitation

Linear stability analysis

Boundary layers

Shear thinning

Water

Erosion

Vapors

Buoyancy

Dams

Fires

Debris

Newtonian flow

Steel construction

Solubility

Surface active agents

Scour

Dissolution

Porosity

Water waves

Liquids

Steady flow

Shear flow

Evaporation

Drag

Temperature

Tsunamis

Natural convection

Nonlinear equations

Catchments

Thermal effects

Lubrication

Steel

Boundary conditions

Groundwater

Analytical models

Bathymetry

Bifurcation (mathematics)

Kinematics

Shear deformation

Education

Hydraulics

Hydrodynamics

Thermal gradients

Students

### Physics & Astronomy

#### General

fluids

sediment transport

Newtonian fluids

beaches

splashing

convection

boundary layers

shear thinning

buoyancy

drainage

dams

shorelines

erosion

permeability

profiles

settling

shear

estimates

sinking

asthenosphere

beds

solubility

reversing

cells

dissolving

porosity

shear flow

anomalies

free convection

hydraulics

#### Aerospace Sciences

gravitation

ground water

planetary waves

#### Chemistry and Materials

shallow water

vapors

liquids

#### Geosciences

sediments

Atlantic Ocean

salinity

#### Physics

gradients

water waves

perturbation

turbidity

drag

#### Aeronautics

planforms

unsteady flow

#### Engineering

lubrication

evaporation

#### Life Sciences

temperature effects

#### Mathematical and Computer Sciences

Rayleigh number

### Mathematics

Fluid

Newtonian Fluid

Boundary Layer

Shear Thinning

Surfactant

Stokes

Lubrication

Linear Stability

Fluid Model

Self-similar Solutions

Power-law Fluid

Stokes Problem

Hele-Shaw

Thermal Effects

System of Nonlinear Equations

Porous Media

Erosion

Dynamical Model

Unsteady Flow

Inclined

Propagation

Shear Flow

Droplet

Rayleigh

Oscillation

Asymptotic Solution

Thin Films

Gradient

Model

Shock

Demonstrate

Lifetime

Cauchy Problem

Perturbation

Slope

Rheology

Exact Solution

Shear Stress

Surface Tension

Debris Flow

Kinematics

Non-Newtonian Flow

Perturbation Solution

Pipe Flow

Axisymmetric Flow

Mathematics Teaching

Exponential Decay

Classical Solution

Constitutive Law

Cell