INIS
hybrids
100%
strains
75%
fatigue
75%
energy
62%
fracture toughness
62%
beams
50%
matrices
37%
shear
25%
amplitudes
25%
crack growth
25%
carbon nanotubes
25%
bending
25%
dynamic loads
25%
resins
12%
lifetime
12%
mechanical properties
12%
investigations
12%
tolerance
12%
nanocomposites
12%
curves
12%
carbon
12%
damage
12%
loading
12%
copolymers
12%
dispersions
12%
mixtures
12%
composite materials
12%
epoxides
12%
carbon fibers
12%
young modulus
12%
Engineering
Hybrid Composite
75%
Impact Toughness
62%
Strain-Energy Release Rate
62%
Composite
37%
Amplitudes
25%
Beam Specimen
25%
Mechanical Fatigue Test
25%
Crack Growth Rate
25%
Young's Modulus
25%
Stress Intensity
25%
Enhancement
12%
Hybrid Process
12%
Investigated Material
12%
Hybrid Test
12%
Multi-Walled Carbon Nanotube
12%
Cyclic Loading
12%
Point Bending
12%
Plane Strain Condition
12%
Double-Cantilever Beam
12%
Fiber Preform
12%
Fatigue Cycle
12%
Measured Strain
12%
Mechanical Properties
12%
Demonstrates
12%
Determines
12%
Properties
12%
Hybrid
12%
Mixture
12%
Reinforced Composite Material
12%
End-Notched Flexure
12%
Material Science
Fracture Toughness
62%
Cyclic Loads
50%
Fatigue of Materials
37%
Damage Tolerance
25%
Carbon Nanotubes
25%
Nanocomposites
12%
Block Copolymer
12%
Shear Testing
12%
Epoxy
12%
Carbon Fiber
12%
Mechanical Property
12%
Dispersion
12%
Mixture
12%
Bending
12%
Delamination
12%