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Yun Yi
Ph.D
Associate Professor
,
School of Architecture
Associate Professor
,
Center for East Asian and Pacific Studies
Email
ykyi
illinois
edu
Overview
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Network
Research & Scholarship
(53)
Honors
(1)
Activities
(5)
Similar Profiles
(1)
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Dive into the research topics where Yun Yi is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Keyphrases
Computational Fluid Dynamics
93%
Daylight
73%
Building Energy Simulation
58%
Multi-objective Optimization
54%
Computational Fluid Dynamics Simulation
52%
Building Simulation
43%
Genetic Algorithm
41%
Energy Use
38%
Performance-based
33%
Energy Simulation
32%
Building Performance
32%
Building Simulation Tools
31%
Existing Buildings
31%
Building Form
30%
Wing Wall
28%
China
28%
Kriging
28%
Daylight Control System
28%
Pavilion
28%
Artificial Neural Network
28%
Building Energy Consumption
26%
Building Energy
24%
Building Layout
24%
Wind Conditions
23%
Early Design Phases
22%
Wind Turbine
22%
Outdoor Conditions
22%
Residential Layout
20%
Thermal Metrics
19%
Pix2Pix
19%
Skylight
19%
Residential Buildings
19%
Environmental Performance
19%
Decision Support
19%
Apartment
19%
Generated Power
19%
High-rise Residential Building
19%
Building Retrofit
19%
Space Layout
19%
Sunlight
18%
EnergyPlus
18%
Wind Speed
17%
Popular
16%
Prediction Accuracy
16%
Indoor Environment
15%
Weather Conditions
14%
Modeling Method
14%
Design Decision-making
14%
Energy Performance
14%
Energy Conservation Measures
13%
Engineering
Computational Fluid Dynamics
100%
Energy Simulation
67%
Simulation Tool
55%
Multiobjective Optimization
54%
Building Simulation
53%
Energy Building
51%
Genetic Algorithm
41%
Residential Building
38%
Artificial Neural Network
31%
Control System
30%
Metrics
28%
Illuminance
28%
Simulation Result
28%
Building Performance
27%
Limitations
27%
Learning System
26%
Daylighting
25%
Building Layout
24%
Building Form
24%
Compressed Air Motors
22%
Architectural Design
21%
Photovoltaics
19%
Environmental Performance
19%
Retrofit
19%
Building Retrofit
19%
Air Flow
19%
EnergyPlus
18%
Design Stage
18%
Design Process
17%
Building Energy Model
17%
Energy Performance
16%
Energy Conservation Measure
16%
Network Model
16%
Outdoor Condition
15%
Shading Device
14%
Natural Ventilation
14%
Building Energy Performance
13%
Computational Time
13%
Parametric Study
12%
Design Method
12%
Parametric Design
12%
Microclimate
11%
Indoor Air
11%
Direct Sunlight
11%
Building Envelope
11%
Indoor Space
10%
Model Building
9%
Sensed Velocity
9%
Slope Control
9%
Simulation Platform
9%
