Engineering & Materials Science
Fiber reinforced materials
100%
Kinetic energy
99%
Polycrystals
98%
Smoke
96%
Electron microscopes
88%
MEMS
87%
Crack propagation
81%
Natural frequencies
79%
Screw dislocations
77%
Amorphization
76%
Radiation
74%
Polynomials
72%
Aluminum
72%
Graphite
70%
Gas burners
68%
Cracks
66%
Subways
65%
Photoluminescence
65%
Plastic deformation
62%
Plate metal
61%
Delamination
61%
Numerical analysis
61%
Stress concentration
60%
Micromachining
57%
Nanoindentation
56%
Microsystems
56%
Power and Energy
55%
Microcracks
55%
Residual stresses
54%
Chaotic systems
54%
Macros
53%
Potential energy
51%
Zinc
50%
Electric potential
48%
Tunnels
46%
Microcontrollers
45%
Computational methods
45%
Ventilation
44%
Thin films
44%
Electron irradiation
42%
Sand
41%
Vacancies
40%
Creep
40%
Defects
40%
Surface roughness
39%
Synchronization
37%
Fibers
37%
Acoustic waves
37%
Physics & Astronomy
suppressors
67%
metal plates
59%
internal pressure
57%
microparticles
53%
sands
49%
contraction
45%
boxes
44%
aluminum alloys
43%
numerical analysis
43%
fragmentation
42%
zinc
41%
simulation
39%
penetration
38%
kinetic energy
37%
photographs
33%
aluminum
32%
stress distribution
30%
cracks
28%
cavities
28%
photoluminescence
28%
acoustics
27%
modules
25%
plywood
24%
prototypes
24%
thin films
24%
deflectors
23%
fracture mechanics
22%
inclusions
18%
x rays
17%
glass fibers
16%
rifles
15%
shot
14%
elastic scattering
13%
stress concentration
13%
silencers
13%
wurtzite
13%
deflagration
12%
weapons
12%
hydrodynamics
11%
Laplace equation
11%
computer programs
11%
moments
11%
residual stress
10%
shear stress
10%
industries
9%
sound pressure
9%
ballistics
9%
tunnels
8%
proposals
8%
projectiles
8%
Mathematics
CFD Simulation
85%
Microcontroller
84%
Ventilation
68%
Tunnel
61%
Combustion
56%
Chaotic System
52%
Synchronization
48%
Controller
44%
Active Control
44%
Gas
44%
Design
42%
Simulation
38%
Scenarios
27%
Experimental Results
25%
Hydrogen
24%
Flow Rate
24%
Chaotic Dynamical Systems
21%
ANSYS
20%
Control Design
19%
Numerical Simulation
18%
Observation
18%
Integrate
16%
Emergency
16%
Runge-Kutta Methods
16%
Water Vapor
15%
Model
15%
Fourth Order
13%
Costs
13%
3D Model
13%
Mm
13%
Energy
12%
Configuration
12%
Industrial Application
12%
Hydrocarbons
11%
Obstruction
11%
Energy Density
11%
Numerical Methods
11%
High Energy
11%
Container
11%
Safety
10%
Percentage
10%
Architecture
10%
Differential equation
10%
Logistics
9%
Adjustment
9%
Influence
9%
Similarity
8%
Zero
7%
Inclusion
7%
Complement
7%