Physics & Astronomy
gas temperature
93%
charring
74%
filaments
64%
smoke detectors
61%
electric wire
58%
Markov chains
56%
tomography
54%
cracks
53%
impedance
52%
snow
46%
Monte Carlo method
42%
estimating
41%
pyrolysis
40%
funnels
37%
dynamic models
36%
solid surfaces
35%
falling
35%
interpolation
34%
gradients
33%
avalanches
33%
flames
31%
elastic properties
30%
topology
30%
electrical resistivity
29%
temperature distribution
28%
high speed
26%
Kalman filters
22%
oscillations
21%
stochastic processes
20%
temperature
18%
configurations
18%
retrieval
18%
electrical impedance
18%
metals
17%
smoke
17%
chimneys
17%
electrical measurement
16%
simulation
16%
functionals
16%
gas flow
15%
conduction
15%
gases
14%
safety
12%
smoldering
11%
flow velocity
11%
detectors
10%
mesh
10%
stiffness
10%
inversions
9%
thermodynamic properties
9%
Engineering & Materials Science
Tomography
100%
Cracks
69%
Wood
63%
Smoke detectors
55%
Electric wire
55%
Pyrolysis
54%
Anchor bolts
50%
Calorimeters
40%
Imaging techniques
39%
Temperature
33%
Gases
32%
Cones
32%
Relaxation
32%
Elasticity
32%
Moisture
29%
Time series
29%
Capacitance
29%
Dynamic models
27%
Radiant heating
26%
Snow
25%
Acoustic impedance
25%
Inverse problems
24%
Topology
23%
Crack initiation
22%
Photogrammetry
21%
Optical sensors
20%
Experiments
20%
Physics
19%
Cantilever beams
19%
Computer simulation
18%
Sensors
18%
Drying
16%
Fires
16%
Heat flux
15%
Chimneys
15%
Computerized tomography
14%
Smoke
14%
Fluxes
14%
Powders
13%
Permittivity
13%
Scanning
13%
Lasers
13%
Froude number
12%
Buckling
12%
Monte Carlo methods
12%
Random processes
12%
Concretes
11%
Markov chains
11%
Flow of gases
11%
Gravitation
11%
Mathematics
Tomography
82%
Gas
53%
Filament
52%
Elastica
49%
Impedance
38%
Unfolding
38%
Nonlinear Dynamics
37%
Time series
30%
Evidence
28%
Configuration
27%
Chain
26%
Experiment
26%
Motion
25%
Resistance
24%
Simulation
21%
Large Deformation
17%
Inverse Problem
16%
Temperature Distribution
14%
Gas Flow
14%
Kalman Filter
14%
Synthetic Data
13%
Thermal Properties
13%
Computerized Tomography
13%
Metals
13%
Model
12%
Resistivity
12%
Experimental Data
11%
Oscillation
10%
Numerical Simulation
10%
Large Displacements
10%
Digital Imaging
10%
Markov Chain Monte Carlo Methods
9%
Stochastic Processes
9%
Bayesian Estimation
9%
Rebound
9%
Continuum Model
9%
Posterior distribution
8%
Forecast
8%
Parameter Estimation
7%
Inversion
7%
Stiffness
7%
Discrete Model
7%
Post-processing
7%
Buckling
6%
Mesh
6%
Predict
6%
Accelerate
6%
Wave Propagation
6%
Gravity
6%
Transverse
5%
