Keyphrases
Turbulent Fluidization
80%
Dynamic Thermal Response
80%
Pipe System
80%
Dynamic Thermal Network
80%
Network Approach
80%
Solar Collector
80%
Longitudinal Dispersion
73%
Step Change
66%
Plug Flow
66%
Stirred Tank
66%
Flat Plate Solar Collector
60%
Discretized
53%
Thermal Capacity
53%
Heat Loss
50%
Mass Flow Rate
50%
Silica
50%
Dynamic Thermal Behavior
46%
Thermal Performance
45%
Thermal Capacitance
40%
3D Model
40%
Radial Heat Transfer
40%
Ethylene Glycol-water
40%
Efficiency Characteristics
40%
Water-based Nanofluid
40%
Diaphragm Compressor
40%
Chemisorption Energy
40%
District Heating pipeline
40%
Energy Geostructures
40%
District Heating Network
40%
District Cooling Networks
40%
Response Modeling
40%
Outlet Temperature
40%
Nanofluid
40%
Thermal Efficiency
40%
Energy Technology
40%
Fifth Generation
40%
Performance Characteristics
40%
Technology Application
40%
Temperature Variation
40%
Future Role
40%
Experimental Validation
40%
Hybrid Dynamics
40%
Entropy Generation
40%
Thermochemical Sorption
40%
Seasonal Solar Thermal Energy Storage
40%
Organic Phase Change Materials
40%
Feature Combination
40%
Buried pipe
40%
Inlet Temperature
40%
Three-form
40%
Engineering
Fluid Flow
100%
Pipe System
100%
Plug Flow
80%
Stirred Tank
80%
Nanofluid
80%
Solar Collector
80%
Step Change
70%
Thermal Capacity
60%
Thermal Behavior
60%
Flat Plate
55%
Transients
50%
Silicon Dioxide
48%
Heat Losses
46%
Thermal Capacitance
40%
Good Agreement
40%
One Dimensional
40%
District Heating
40%
Thermal Performance
40%
Law Analysis
40%
Outlet Temperature
40%
Energy Technology
40%
Experimental Investigation
40%
Technology Application
40%
Temperature Change
40%
Diaphragm
40%
Entropy Generation
40%
District Heating System
40%
Performance Characteristic
40%
Thermodynamic Efficiency
40%
Solar Thermal Energy
40%
Organic Phase Change Material
40%
Mass Flowrate
38%
Inlet Temperature
36%
Cooling System
30%
Numerical Model
30%
Heating System
30%
Heat Flux
30%
Energy Engineering
27%
Heat Transfer Effect
20%
Nodes
20%
Computational Cost
20%
Thermal System
20%
Convective
20%
Building Heating
20%
Outer Surface
20%
Weighting Factor
20%
Good Level
20%
Dynamic Effect
20%
Buried Pipelines
20%
District Heating Distribution
20%
