Keyphrases
Nanofluid
94%
Flywheel Energy Storage System
74%
Windage Loss
64%
Exergy Analysis
53%
Energy Analysis
53%
Flat Plate Solar Collector
43%
Working Fluid
40%
Flywheel
38%
Heat Transfer
36%
Evacuated Tube Solar Collector
35%
MWCNT-water Nanofluid
35%
Circular Tube
32%
Multi-walled Carbon Nanotubes (MWCNTs)
29%
Air Gap
29%
Solar Collector
29%
Energy Recovery Device
27%
Exergy Efficiency
26%
Computational Fluid Dynamics Modeling
26%
Renewable Energy
23%
Heat Transfer Enhancement
23%
Water-based Nanofluid
21%
Energy Demand
21%
Solar Energy
21%
Energy Efficiency
20%
Thermosiphon Flow
20%
Collector Performance
20%
Forced Circulation
20%
Distilled Water
19%
Smart Building Energy Management
17%
Learning to Optimize
17%
Engineering Science
17%
Multidisciplinary Field
17%
Deep Clustering
17%
Research Meeting
17%
Computer Science Research
17%
HVAC System
17%
Slit Wall
17%
Taylor-Couette Flow
17%
Energy Advice
17%
Thermal-hydraulic Analysis
17%
Physics Science
17%
Sustainable Energy Future
17%
Technology Recommendation
17%
Variance Approach
17%
Standby Power
17%
Heat pipe Evacuated Tube
17%
Twisted Tube
17%
Tube Design
17%
Thermosyphon
17%
Dehumidification System
17%
Engineering
Energy Engineering
100%
Nanofluid
88%
Flywheel Energy Storage System
75%
Flywheel
56%
Computational Fluid Dynamics
41%
Solar Collector
38%
Flat Plate
38%
Evacuated Tube Solar Collector
35%
Exergy Analysis
35%
Circular Tubes
35%
Rotors
33%
Renewable Energy
25%
Energetics
22%
Collector Performance
20%
Energy Efficiency
19%
Exergy Efficiency
19%
Energy Conservation
19%
Cooperative Multi
17%
Chiller
17%
Couette Flow
17%
Air Gap Size
17%
Heat Exchanger Design
17%
Mechanical Energy
17%
Covalent
17%
Helix Angle
17%
Intelligent Buildings
17%
Dehumidification
17%
Critical Role
17%
Exchanger
17%
Heat Pipes
17%
Thermoelectricity
17%
Energy Management
17%
Reinforcement Learning
17%
Dynamic Models
17%
Powertrain
17%
Graphene Nanoplatelets
17%
Renewable Energy Source
17%
Solar Energy
16%
Flow Rate
13%
Flow Velocity
13%
Carbon Nanotube
13%
Operating Pressure
11%
Flat-Plate Collector
11%
Rotor Surface
11%
Studied Parameter
11%
Skin-Friction Coefficient
11%
Numerical Optimization
10%
Multi-Walled Carbon Nanotube
10%
Aerodynamic Performance
9%
Systems Performance
9%
