INIS
kilns
100%
thickness
23%
walls
11%
equipment
11%
energy consumption
11%
surfaces
7%
values
7%
computerized simulation
7%
thermal stresses
7%
length
7%
production
7%
wheels
7%
data
3%
industry
3%
processing
3%
finite element method
3%
simulation
3%
design
3%
cost
3%
layers
3%
variations
3%
heat transfer
3%
energy
3%
air pollution abatement
3%
furnaces
3%
working conditions
3%
cylinders
3%
speed
3%
optimization
3%
performance
3%
curves
3%
wind
3%
ventilation
3%
approximations
3%
fans
3%
high temperature
3%
exchange (heat)
3%
Engineering
Kilns
61%
Rotary Kiln
38%
Thickness
23%
Temperature
15%
Computer Simulation
7%
Maximum Stress
7%
Temperature Field
7%
Length Direction
7%
Temperature Stress
7%
Energy Engineering
7%
Optimization
3%
Numerical Model
3%
Energy Conservation
3%
Emission Reduction
3%
Linear Relationship
3%
Reduce Energy Consumption
3%
Outer Surface
3%
Heat Exchange
3%
Temperature Curve
3%
Metallurgical Industry
3%
Surfaces
3%
Production
3%
Performance
3%
Development
3%
Properties
3%
Simulation
3%
Design
3%
Requirements
3%
High Temperature
3%
Characteristics
3%
Forwarder
3%
Processing
3%
Production Process
3%
Cylinder
3%
Furnace
3%
Fans
3%
Physics
Thermal Stress
15%
Temperature
15%
Stress Distribution
7%
Temperature Distribution
7%
Value
7%
Wheels
7%
Heat Transfer
7%
Numerical Model
3%
Responses
3%
Simulation
3%
Technology
3%
Performance
3%
High Temperature
3%
Variations
3%
Finite Element Methods
3%
Wind Velocity
3%
Coefficients
3%
Element Technology
3%