Engineering
Air Conditioning System
100%
Heat Pump
69%
Hot Water
65%
Air Conditioner
64%
Heat Source
63%
Energy Engineering
60%
Exchanger
60%
Cooling Capacity
54%
Artificial Neural Network
54%
Contactor
48%
Two-Phase Flow
47%
Cooling System
41%
Flow Distribution
37%
Flow Rate
37%
Microchannel
36%
Liquid Desiccant
35%
Finned Tube
32%
Absorption Chiller
30%
Indoor Unit
30%
Experimental Investigation
27%
Solar Thermal Collector
27%
Performance Prediction
27%
Air Conditioning
27%
Simulators
25%
Liquid Desiccant System
25%
Mass Fraction
23%
Energy Conservation
22%
Mass Transfer
22%
Mass Flowrate
21%
Coefficient of Performance
21%
Irreversibility
21%
Fuel Cell
21%
Expansion Valve
21%
Horizontal Tube
20%
Effect Absorption Chiller
20%
Mathematical Model
20%
Systems Performance
20%
Load Condition
20%
Simulation Model
19%
Combined Air
18%
Thermodynamic Model
18%
Dynamic Models
18%
Solar Air Conditioning
18%
Combustion Gas
18%
Void Fraction
18%
Flow System
17%
Vapor Compression
17%
Heat Transfer Coefficient
17%
Simplifying Assumption
17%
Absorption System
16%
Keyphrases
Absorption Refrigerator
27%
Heat Source
24%
Variable Refrigerant Flow System
23%
Air Conditioning
21%
Waste Heat
19%
Double Effect Absorption
18%
Waste Steam
18%
Start-up Characteristics
18%
Water Gas
18%
2,3,3,3-Tetrafluoroprop-1-ene (R1234yf)
18%
Hot Water
18%
Falling Film Absorber
18%
Horizontal Flow
18%
Void Fraction
18%
ANN Model
13%
Zeotropic Refrigerant
13%
Refrigerant
13%
Thermodynamic Optimization
12%
Absorption chiller
11%
Air Conditioner
11%
Refrigerant Charge
11%
High Temperature Steam
11%
Mass Flow Rate
10%
Heat Mass Transfer
10%
Heat Transfer Performance
10%
Mass Transfer Performance
10%
Heat Transfer Coefficient
10%
Capacitive Sensor
10%
Compressed Air Energy Storage
9%
Desiccant Rotor
9%
Experimental Performance
9%
Information Communication Technology
9%
CO 2
9%
Open Refrigerated Display Case
9%
Refrigerated Display Cabinet
9%
Performance Prediction
9%
Water Analysis
9%
Energy Efficient
9%
Hybrid Heat Pump
9%
Hybrid Cycle
9%
Hybrid Air Conditioning System
9%
Non-intrusive Method
9%
Universitas Indonesia
9%
Fouling Effect
9%
Unsteady State Simulation
9%
Transient Operation Characteristics
9%
Combined Air Conditioning System
9%
Direct Expansion Air Conditioning
9%
Plant Tests
9%
Energy Systems Analysis
9%