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

Engineering & Materials Science

Acoustics
Adhesion
Adhesives
Boundary conditions
Boundary layers
Carbon nanotubes
Composite materials
Computer simulation
Cooling
Crack propagation
Cracks
Debonding
Delamination
Direct numerical simulation
Ducts
Elastomers
Energy release rate
Experiments
Fibers
Finite element method
Flaps
Fluid structure interaction
Fluids
Fracture toughness
Genetic algorithms
Geometry
Hypersonic vehicles
Interfaces (computer)
Mach number
Microchannels
Microstructure
Nucleation
Numerical analysis
Plastics
Polymers
Propellants
Self assembled monolayers
Sensitivity analysis
Shape optimization
Solid propellants
Solitons
Splines
Substrates
Surface roughness
Thermosets
Thin films
Transpiration
Viscous flow
Volume fraction
Wave propagation

Physics & Astronomy

Chemistry and Materials

adhesion
composite materials
woven composites

Engineering

carbon nanotubes
ducts
transpiration

General

adhesives
beads
biomimetics
boundary conditions
boundary layers
configurations
continuums
cooling
cracks
damage
discontinuity
elastomers
energy
fluids
formulations
homogenizing
interactions
mesh
microchannels
optimization
plastics
propagation
shape optimization
shear
shock
simulation
solid propellants
thin films
traction
turbulent boundary layer

Life Sciences

healing

Mathematical and Computer Sciences

direct numerical simulation
finite element method
genetic algorithms
matrices

Physics

crack propagation
elastic plates
elastodynamics
gradients
particulates
solitary waves
spallation
stress waves
wave propagation

Mathematics

Anti-plane Shear
Arbitrary
B-spline
Bimaterial
Boundary Integral
Carbon
Composite
Crack
Crack Propagation
Crystal
Debonding
Dirichlet Boundary Conditions
Discontinuity
Discretization
Dynamic Fracture
Elastic Material
Elastodynamics
Elastomers
Fiber
Fiber-reinforced Composite
Finite Deformation
Finite Element
Finite Strain
Fluid
Formulation
Frictional Contact
Generalized Finite Element Method
Genetic Algorithm
Gradient
Homogenization
Interatomic Potential
Mesh
Model
Modeling
Multiscale Model
Nanotubes
Non-matching Meshes
Numerical Analysis
Numerical Scheme
Parallel Implementation
Propagation
Radius
Roughness
Self-assembled Monolayer
Shape Sensitivity Analysis
Simulation
Spectral Representation
Stress Wave
Topological Derivative
Wave Propagation