Engineering & Materials Science
Plasticity
100%
Dislocations (crystals)
61%
Tensors
45%
Crystals
34%
Pulp
31%
Kinematics
29%
Dissection
25%
Thermodynamics
20%
Single crystals
19%
Plastics
18%
Plastic flow
17%
Fibers
16%
Finite element method
16%
Twinning
15%
Physics
14%
Textures
13%
Sensitivity analysis
13%
Edge dislocations
12%
Stochastic models
12%
Steel
12%
Thin films
12%
Computer simulation
11%
Hemodynamics
11%
Vacancies
11%
Mechanics
10%
Metals
10%
Boundary conditions
10%
Burgers vector
10%
Cardiography
9%
Irradiation
9%
Powders
9%
Crystal defects
9%
Swaging
9%
Materials science
9%
Defects
9%
Fluxes
9%
Plastic deformation
9%
Equations of motion
8%
Free energy
8%
Compaction
8%
Statistical mechanics
8%
Viscoplasticity
8%
Conservation
8%
Phase transitions
8%
Blood
7%
Shot peening
7%
Constitutive equations
6%
Enzymes
6%
Experiments
6%
Galerkin methods
6%
Graph theory
6%
Point defects
6%
Temperature
6%
Shearing
6%
Microelectronics
6%
Grain boundaries
5%
3D printers
5%
Refining
5%
Extrusion
5%
Characterization (materials science)
5%
Strain hardening
5%
Anisotropy
5%
Dynamic models
5%
Chemistry
Plastic Property
66%
Simulation
45%
Size Effect
33%
Kinematics
24%
Edge Dislocation
19%
Crystalline Texture
18%
Force
17%
Volume
16%
Dislocation Loop
16%
Strain
15%
Flow
15%
Fiber
15%
Dimensional Analysis
14%
Velocity
13%
Mechanics
13%
Viscoplasticity
11%
Homogenization
11%
Screw Dislocation
10%
Strain Hardening
10%
Single Crystalline Solid
10%
Shot Peening
10%
Thermodynamics
9%
Cutting Process
9%
Plastic Deformation
9%
Non-Newtonian Behaviour
9%
Cohesion
8%
Statistical Mechanics
8%
Length
7%
Machining
7%
Helicity
7%
Distribution Function
7%
Body-Centered Cubic Crystal System
7%
Metal
7%
Crystal Defect
6%
Sulfite
6%
Microelectronics
6%
Surface
6%
Face-Centered Cubic Crystal System
6%
Grain Boundary
6%
Time
5%
Aluminium Alloy
5%
Statistical Ensemble
5%
Interfacial Energy
5%
Extrusion
5%
Hydrodynamics
5%
Strength
5%
Porosity
5%
Stacking Fault Energy
5%
Physics & Astronomy
continuums
86%
plastic properties
53%
tensors
28%
alignment
18%
kinematics
16%
dissection
16%
slip
16%
hematocrit
15%
voids
15%
lumens
14%
thrombosis
13%
formulations
13%
plastics
13%
simulation
13%
curvature
11%
plastic flow
10%
transverse loads
8%
continuum modeling
8%
steels
8%
graph theory
8%
viscoplasticity
8%
expansion
8%
kits
8%
thermodynamics
8%
crystals
7%
blood
7%
Galerkin method
6%
fibers
6%
screws
6%
twinning
6%
rheology
6%
multipoles
6%
boundary conditions
6%
irradiation
5%
textures
5%
derivation
5%
single crystals
5%
stress distribution
5%
free energy
5%
physics
5%
strings
5%
interactions
5%