Engineering & Materials Science
Power electronics
100%
Cooling
70%
Hot Temperature
62%
Electric vehicles
61%
Thermoanalysis
59%
Temperature control
55%
Cooling systems
41%
Digital twin
41%
Temperature
37%
Energy gap
32%
Semiconductor materials
30%
Reliability analysis
28%
Inductance
26%
Pressure drop
25%
Physics
24%
Computer simulation
23%
Service industry
19%
Charging time
18%
Wear of materials
17%
Climate change
15%
Heat losses
14%
Internal combustion engines
13%
Multiobjective optimization
13%
Liquids
13%
Pollution
13%
Powertrains
12%
Heat flux
12%
Printing
10%
Metals
10%
Computational fluid dynamics
10%
Topology
9%
Gaskets
7%
Glues
7%
Electric machinery
6%
Surface structure
6%
Insulated gate bipolar transistors (IGBT)
6%
Microchannels
6%
Industry
6%
Heat resistance
5%
Coolants
5%
Heat transfer coefficients
5%
Physics & Astronomy
gallium nitrides
33%
high electron mobility transistors
29%
radiant flux density
25%
heat sinks
22%
transistors
22%
heat
18%
capacitance
15%
electrification
13%
cooling
12%
fixtures
12%
computational fluid dynamics
10%
thermal resistance
10%
silicon
10%
vehicles
9%
figure of merit
9%
performance
8%
industries
7%
heat transfer
7%
copper
6%
Chemistry
Cooling
25%
Plate Like Crystal
17%
Heat Transfer
12%
Gasket
8%
Coolant
7%
Machining
7%
Thermal Resistance
6%
Transfer Coefficient
6%
Extrusion
5%
Surface Structure
5%
Metal
5%