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Engineering
Geothermal heat pumps
100%
Control Strategy
82%
Heat Pump
70%
Set Point
54%
Evaporator
47%
Thermal Comfort
47%
Borehole
41%
Exchanger
38%
Carbon Dioxide
35%
Supply Air Temperature
35%
Supervisory Control
32%
Genetic Algorithm
29%
Ground Source Heat Pump
29%
Ground Heat Exchanger
29%
Condenser
29%
Setpoints
26%
Decision-Support System
26%
Decision Support System
26%
Static Pressure
26%
Duct
26%
Heat pump systems
23%
Experimental Result
23%
Control System
23%
Critical Zone
22%
Pressure Drop
20%
Flow Velocity
20%
Flow Rate
20%
Supply Temperature
20%
Chilled Water
20%
Simulation Result
20%
Airflow Rate
18%
Global Load
17%
Discharge Pressure
17%
Thermal Performance
17%
Optimal Control
17%
Potential Nonconformity
17%
Recreation Centers
17%
Approximate Model
17%
Building Performance
17%
Heating Energy
17%
Delay Time
17%
Load Ratio
17%
Heat Recovery
17%
Objective Optimization
17%
Fuzzy Control
17%
Fuzzy Logic Controller
17%
Building Envelope
17%
Fresh Air
17%
Facades
17%
Preliminary Design
17%
Keyphrases
Direct-expansion Heat Pump
44%
Direct Expansion
44%
Evaporator
35%
Heat Pump
26%
HVAC System
26%
Geothermal Heat Pump
26%
Condenser
26%
Energy Use
17%
Heating Mode
17%
Ground Source Heat Pump
17%
Two-objective
17%
Experimental Validation
17%
Model Validation
17%
Ground Heat Exchanger
17%
Supervisory Control Strategy
17%
Heat Exchanger
17%
Ventilation Control
17%
Refrigerant
17%
R407C
17%
Refrigerant Alternative
17%
R410A
17%
Closed Areas
17%
Model-based Optimal Control
17%
Building Applications
17%
Cooling Mode
17%
Online Optimization
17%
Real Building
17%
Review Methods
17%
HVAC System Operation
17%
Recreation Centers
17%
Noxious Gases
17%
Oscillation
17%
Dynamic Model
17%
Fuzzy Control
17%
Performance Studies
17%
Ventilation Process
17%
Optimization Methods
17%
System Building
17%
Thermal Comfort
13%
Optimization Problem
13%
Load Ratio
13%
HVAC Energy Consumption
13%
Global Loads
13%
DX System
10%
Daily Energy Use
10%
Borehole
8%
Energy Saving
8%
Pressure Drop
8%
Matrix Laboratory (MATLAB)
8%
Dynamic Behavior
8%
