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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

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

Physics & Astronomy

General

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

Chemistry and Materials

composite materials
adhesion
woven composites

Physics

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

Mathematical and Computer Sciences

finite element method
matrices
genetic algorithms
direct numerical simulation

Life Sciences

healing

Engineering

transpiration
carbon nanotubes
ducts

Chemical Compounds

Composite materials
Debonding
Cracks
Polymers
Microchannels
Thermosets
Delamination
Finite element method
Wave propagation
Interfaces (computer)
Self assembled monolayers
Substrates
Thin films
Fluids
Cooling
Hypersonic vehicles
Adhesion
Silicon
Polymerization
Boundary layers
Solid propellants
Volume fraction
Carbon Nanotubes
dicyclopentadiene
Fibers
Crack propagation
High temperature applications
Direct numerical simulation
Residual stresses
Elastomers
Curing
Hardening
Computer simulation
Sensitivity analysis
Adhesives
Fracture energy
Asymptotic analysis
Gold
Composite micromechanics
Lasers
Microstructure
Skin
Shape optimization
Multilayers
Laminates
Crack closure
Molecular dynamics
Solitons
Coolants
Constitutive models