Gwyddoniaeth Deunyddiau a Pheirianneg
Furnaces
100%
Fuel burners
92%
Coal
58%
Monitoring
46%
Heat exchangers
35%
Neural networks
34%
Biomass
33%
Steel
32%
Radiation
29%
Slags
29%
Thermosyphons
27%
Acoustic emissions
24%
Combustors
23%
Pulp
23%
Sugar beets
22%
Hot Temperature
22%
Heat pipes
22%
Temperature
21%
Computational fluid dynamics
20%
Agglomeration
20%
Multiobjective optimization
19%
Gases
18%
Heat transfer
16%
Air
16%
Waste heat utilization
16%
Flow patterns
15%
Fluidized bed combustors
14%
Water
14%
Fluidized bed combustion
13%
Biofuels
13%
Moisture
13%
Genetic algorithms
12%
Fluidized beds
12%
Infrared radiation
12%
Steelmaking
12%
Pulverized fuel
11%
Cooking
11%
Monte Carlo methods
10%
Exergy
10%
Biodiesel
10%
Gasification
10%
Anodes
9%
Pyrolysis
9%
Flow rate
9%
Carbon fibers
9%
Boilers
9%
Experiments
9%
Mathematical models
9%
Getters
9%
Self organizing maps
8%
Mathamateg
Furnace
57%
Combustion
30%
Multi-objective Optimization
24%
Pyrolysis
16%
Diesel Engine
16%
Computational Fluid Dynamics
13%
Flame
13%
Modeling and Simulation
12%
Steel
12%
Genetic Algorithm
10%
Model-based
10%
Monitoring
10%
Hybrid Intelligent Systems
10%
Infrared Radiation
9%
Value Function
9%
Neural Networks
9%
Radial Basis Function Neural Network
8%
Mathematical Model
8%
Performance
8%
Engine
8%
Range of data
7%
Self-organizing Map
7%
Flow Pattern
7%
Catalyst
6%
Heating
6%
Monitor
5%
Uniformity
5%
Frequency Domain
5%
Time Domain
5%
Experiment
5%
Immediately
5%
Gwyddorau Amgylcheddol a’r Ddaear
firing
30%
furnace
28%
combustion
24%
coal
15%
sugar beet
14%
fluidised bed
13%
acoustic emission
11%
radiation
11%
modeling
11%
biomass
9%
pulp
9%
simulation
9%
melting
9%
air
9%
steel
8%
glass
7%
pipe
7%
test
6%
slab
5%
laboratory
5%
alkali metal
5%
