Engineering & Materials Science
Acoustics
21%
Aeroacoustics
18%
Aerodynamics
27%
Aerosols
16%
Air
20%
Aircraft
11%
Airfoils
30%
Ammonia
48%
Angle of attack
12%
Biomass
44%
Boilers
20%
Carbon
16%
Carbon capture
19%
Chaos theory
20%
Chemical analysis
12%
Chemotherapy
10%
Circular cylinders
14%
Compressed air motors
38%
Computational fluid dynamics
66%
Computer simulation
21%
Condensation
11%
Cones
14%
Cost functions
12%
Costs
25%
Covariance matrix
11%
Cyclone separators
72%
Decomposition
23%
Dilution
11%
District heating
100%
Economic analysis
11%
Economics
18%
Electricity
18%
Energy efficiency
11%
Engines
29%
Exhaust gas recirculation
18%
Experiments
21%
Flow fields
15%
Flow of fluids
19%
Flow patterns
18%
Flow rate
9%
Flue gases
10%
Fluid dynamics
12%
Fluid structure interaction
11%
Frequency response
35%
Fuel burners
10%
Furnaces
11%
Gas turbines
55%
Gases
24%
Genetic algorithms
13%
Geometry
20%
Heat exchangers
13%
Heat losses
14%
Heating
11%
Hot Temperature
61%
Hydrogen
31%
Identification (control systems)
69%
Ignition
43%
Impulse response
30%
Internal combustion engines
22%
Kinematics
9%
Large eddy simulation
51%
Linear systems
22%
Lithium-ion batteries
22%
Mathematical models
13%
Modal analysis
21%
Model structures
21%
Multiobjective optimization
16%
Navier Stokes equations
11%
Neural networks
17%
Nonlinear distortion
14%
Nonlinear systems
66%
Oscillating cylinders
18%
Polynomials
80%
Pressure drop
27%
Propellers
23%
Pumps
15%
Pyrolysis
15%
Renewable energy resources
15%
Rotors
13%
Sensitivity analysis
15%
Structural dynamics
11%
Support vector regression
14%
Tar
17%
Temperature
45%
Tensors
39%
Testing
20%
Thermodynamics
18%
Time varying systems
10%
Towers
12%
Turbines
15%
Turbomachine blades
10%
Turbulence
23%
Turbulent flow
19%
Uncertainty
44%
Water
18%
Water injection
13%
Water tanks
11%
Wind tunnels
24%
Wind turbines
40%
Mathematics
Acoustics
6%
Airfoil
6%
Artificial Neural Network
7%
Attack
5%
Battery
16%
Best Approximation
14%
Biomass
12%
Chaos Expansion
12%
Combustion
7%
Compressor
8%
Costs
8%
Data-driven
8%
Decoupling
15%
Demand
11%
Design
11%
Desirability Function
5%
Dynamical Model
7%
Economics
5%
Eddy Viscosity
6%
Energy
10%
Energy Saving
8%
Energy Storage
8%
Epistemic Uncertainty
5%
Experiment
7%
Formulation
5%
Gas Turbine
9%
Gauss-Seidel
5%
Grid
6%
Heat
22%
Heating
22%
Hydrogen Storage
6%
Impedance
6%
Impulse Response
5%
Internal Combustion Engine
8%
Linear Approximation
16%
Linear Time
6%
Lithium-ion Battery
10%
Local Polynomial
7%
Methodology
7%
Model
14%
Modeling
14%
Multi-objective Optimization
5%
Multiple-input multiple-output (MIMO)
5%
Multivariate Polynomials
12%
Nonlinear Distortion
8%
Nonlinear Dynamics
6%
Nonlinear Model
17%
Nonlinear System Identification
17%
Nonlinear Systems
5%
Nonparametric Estimation
6%
Output
9%
Performance
12%
Photovoltaic System
5%
Polynomial Chaos
12%
Power Spectrum
5%
Prediction
8%
Pump
6%
Radial Basis Function Neural Network
6%
Robust Design
7%
Robust Optimization
7%
Robust Parameter Design
5%
Sparse Polynomials
8%
State-space Model
5%
Subgrid-scale Model
5%
Surrogate Model
9%
System Identification
12%
Tensor Decomposition
10%
Time Domain
7%
Turbine
12%
Turbulent Flow
5%
Uncertainty
11%
Wind Turbine
5%
Earth & Environmental Sciences
air
12%
alternative energy
10%
aluminum
5%
ammonia
11%
analysis
5%
battery
6%
biomass
15%
boiler
14%
carbon
5%
combined heat and power
14%
combustion
23%
compression
6%
computational fluid dynamics
9%
cost
12%
demand
17%
dilution
9%
district heating
56%
district heating plant
7%
economics
6%
effect
5%
electricity
9%
energy
12%
energy demand
5%
energy efficiency
7%
energy storage
6%
engine
12%
exhaust gas
9%
gas
13%
heat pump
5%
heating
6%
hydrogen
12%
impactor
7%
loss
5%
low pressure
6%
method
5%
modeling
6%
particle
8%
particulate matter
7%
photovoltaic system
8%
prediction
5%
primary energy
5%
sensitivity analysis
5%
simulation
10%
stove
5%
tar
6%
temperature
11%
test
5%
thermodynamics
6%
turbine
29%
turbulence
6%
waste heat
5%