Engineering & Materials Science
3D printers
100%
Austenitic stainless steel
31%
Cameras
23%
Computer hardware
13%
Control systems
18%
Controllers
26%
Cracks
17%
Cranes
8%
Dilatometers
6%
Fatigue of materials
11%
Feedback
17%
Feedback control
27%
Flow interactions
16%
Fluids
7%
Heat conduction
10%
Heat transfer
9%
High speed cameras
6%
Hot Temperature
22%
Hyperspectral imaging
52%
Infrared radiation
15%
Isotherms
14%
Laser beams
16%
Laser cladding
85%
Laser materials processing
9%
Lasers
83%
Liquids
9%
Materials properties
14%
Metals
54%
Monitoring
39%
Oxidation
20%
Pixels
6%
Powders
21%
Printing
11%
Ray tracing
13%
Repair
17%
Residual stresses
12%
Selective laser melting
9%
Spectrometers
13%
Stainless steel
10%
Strain gages
7%
Structural health monitoring
42%
Substrates
10%
Surface measurement
9%
Temperature
40%
Temperature control
22%
Temperature distribution
21%
Temperature measurement
43%
Torque control
12%
Tower cranes
18%
Vapors
10%
Physics & Astronomy
cameras
16%
coaxial nozzles
5%
conductive heat transfer
7%
controllers
16%
emissivity
9%
extensometers
7%
feedback control
9%
fluids
5%
hardware
11%
heat sources
12%
high power lasers
6%
high resolution
14%
interactions
10%
isotherms
11%
laser beams
19%
laser materials
12%
lasers
39%
line spectra
5%
liquids
7%
luminous intensity
6%
manufacturing
36%
metals
12%
particle trajectories
7%
performance
7%
pressure measurement
6%
ray tracing
23%
sensors
5%
simulation
9%
smart structures
8%
spatial resolution
12%
spherical coordinates
14%
stainless steels
23%
structural health monitoring
19%
surface temperature
5%
temperature
20%
temperature distribution
10%
temperature measurement
31%
temperature profiles
5%
Chemistry
Additive
34%
Cladding
7%
Deposition Process
16%
Emissivity
14%
Energy
5%
Fatigue Strength
6%
Flow
7%
Heat
8%
Isotherm
8%
Jet
8%
Laser Cladding
52%
Liquid
9%
Material Processing
15%
Melting
8%
Metal
14%
Simulation
18%
Strain
8%
Surface
6%
Surface Temperature
5%
Thermal Conductivity
5%