Engineering & Materials Science
Proton exchange membrane fuel cells (PEMFC)
100%
Heat transfer
81%
Methanol
54%
Diesel engines
48%
Channel flow
46%
Engines
45%
Hydrogen
44%
Temperature
40%
Mixed convection
38%
Taguchi methods
36%
Reforming reactions
36%
Nusselt number
36%
Smoke
36%
Heat transfer performance
35%
Steam
32%
Reynolds number
30%
Flow fields
30%
Hot Temperature
28%
Turbulent flow
27%
Pistons
24%
Steam reforming
21%
Fuel cells
21%
Engine cylinders
21%
Temperature distribution
20%
Urea
20%
Thermodynamics
19%
Diffusion in gases
18%
Finite element method
18%
Biodiesel
17%
Grashof number
17%
Exhaust gas recirculation
17%
Natural convection
17%
Brakes
16%
Gases
16%
Large eddy simulation
15%
Catalysts
15%
Conjugate gradient method
14%
Fuel consumption
13%
Heat convection
13%
Engine pistons
13%
Buoyancy
12%
Ethanol
12%
Vortex shedding
12%
Pressure drop
12%
Gasoline
11%
Porosity
11%
Heat conduction
11%
Cathodes
11%
Anodes
10%
Friction
9%
Physics & Astronomy
heat transfer
66%
convection
27%
Nusselt number
24%
augmentation
24%
turbulent flow
24%
convective heat transfer
21%
fuel cells
21%
engines
19%
Reynolds number
19%
synthesis gas
17%
free convection
17%
flow distribution
15%
performance
15%
ureas
15%
installing
15%
finite element method
14%
Taguchi methods
14%
eccentrics
13%
hydrogen
10%
fins
10%
turbulent heat transfer
9%
steam
9%
porosity
9%
viscosity
9%
forced convection
9%
predictions
9%
methodology
9%
heat sources
9%
piston engines
9%
large eddy simulation
8%
temperature
8%
thermodynamics
8%
internal flow
8%
vortex generators
8%
Grashof number
8%
temperature distribution
7%
vortex shedding
7%
fluids
7%
membranes
7%
buoyancy
7%
pistons
6%
protons
6%
unsteady flow
6%
vortices
6%
conductive heat transfer
6%
annuli
6%
dry friction
5%
viscous drag
5%
prolate spheroids
5%
Rayleigh number
5%
Mathematics
Heat Transfer
32%
Mixed Convection
23%
Diesel Engine
22%
Hydrogen
20%
Engine
18%
Nusselt number
18%
Heat Transfer Enhancement
16%
Taguchi Method
16%
Performance
16%
Enhancement
15%
Gas
13%
Combustion
11%
Channel Flow
11%
Mm
11%
Membrane
11%
Prediction
10%
Inclined
10%
Augmentation
9%
Finite Element Analysis
9%
Methodology
8%
Finite Element Method
7%
Horizontal
7%
Turbulent Channel Flow
7%
Injection
7%
Temperature Distribution
7%
Timing
6%
Parameter Design
6%
Heating
6%
Decrease
6%
Transient Heat Conduction
6%
Temperature-dependent Viscosity
6%
Flow Rate
6%
Network Algorithms
6%
Laminar Flow
6%
Cuboid
6%
Turbulent Flow
6%
Variable Viscosity
6%
Heat Conduction
5%
Wake
5%
Reynolds number
5%
Vertical
5%
Rayleigh number
5%
