Engineering & Materials Science
Computer hardware
99%
Plug-in hybrid vehicles
98%
Knowledge based systems
87%
Dynamometers
78%
Temperature control
77%
Hot Temperature
76%
Humidity control
76%
Powertrains
75%
Quality function deployment
72%
Blowouts
72%
Chassis
71%
Thermal comfort
60%
Hybrid vehicles
60%
Sustainable development
59%
Sheet metal
55%
Temperature
52%
Tires
52%
Infrared radiation
49%
Energy management
49%
Atmospheric humidity
47%
Life cycle
45%
Fusion reactions
42%
Ecodesign
41%
Metal stamping
41%
Subroutines
40%
Controllers
39%
Hybrid powertrains
39%
Ground vehicles
38%
Dynamic programming
34%
Calibration
34%
Hardware-in-the-loop simulation
33%
Graph algorithms
33%
Hydrides
33%
Automobiles
32%
Costs
32%
Detectors
31%
Cluster analysis
31%
Ions
30%
Cathodes
30%
Decision making
29%
Proton exchange membrane fuel cells (PEMFC)
29%
Environmental impact
28%
Cooling
26%
Principal component analysis
25%
Electric vehicles
24%
Nickel
24%
Stamping
23%
Internal combustion engines
23%
Thermodynamics
22%
Capacitance
22%
Earth & Environmental Sciences
vehicle
100%
electric vehicle
93%
hardware
78%
energy management
63%
life cycle
43%
manufacturing
37%
electrification
34%
battery
32%
train
30%
material
29%
sustainability
28%
combustion engine
27%
energy production
27%
detector
23%
relative humidity
22%
calibration
21%
code
20%
spatial resolution
20%
energy
20%
cost
18%
sensor
18%
decision
16%
evaluation
16%
temperature
15%
road
15%
energy consumption
15%
energy efficiency
13%
trend
13%
savings
13%
electricity
12%
cogeneration
11%
landfill gas
11%
principal component analysis
11%
effect
11%
electric power
10%
linear programing
10%
fuel consumption
10%
decision making
9%
alternative energy
9%
energy storage
9%
cooling
8%
analysis
8%
environmental impact
8%
test
8%
fossil fuel
8%
index
8%
automobile
8%
natural gas
7%
consumption
7%
durability
7%
Physics & Astronomy
night vision
38%
modules
33%
electric batteries
31%
fuel cells
30%
cycles
23%
vehicles
22%
pixels
21%
fusion
21%
clocks
21%
membranes
19%
cooling
18%
protons
17%
sustaining
16%
electric hybrid vehicles
15%
cathodes
13%
performance
13%
boundary conditions
13%
ions
12%
hardware
12%
preprocessing
11%
heat generation
10%
temperature
10%
schedules
10%
plugs
9%
surface temperature
9%
cyclic loads
8%
adiabatic conditions
7%
cell cathodes
6%
focal plane devices
6%
electric potential
5%
braking
5%
emittance
5%
central processing units
5%
glare
5%
evaluation
5%
temperature profiles
5%
subroutines
5%
fading
5%