Thermal Comfort Automotive Research (TCAR)
Using CBE’s world-class thermal comfort resources to improve comfort in automobiles.
IEQ
Research Category: Indoor Environmental Quality
Advanced Ceiling Fan Design Tool
Facilitating appropriate specification and layout of fans based on key design parameters.
IEQ
Window Views Impact on Thermal Comfort, Emotions and Cognitive Performance
Insights regarding benefits from visual connections to outdoors through a window.
FS
Advanced Human Thermal Comfort Model
A tool for predicting human comfort resulting from HVAC, building and facade design decisions.
IEQ
Low-Cost MEMS-Based Ultrasonic Airflow Sensors for Rooms and HVAC Systems
Low-cost sensor systems to monitor and optimize HVAC systems for energy and comfort.
HVAC
IEQ
Low-Energy Occupant-Responsive HVAC Controls and Systems
Reducing energy use in buildings, while improving occupant comfort.
HVAC
Global Comfort Data Visualization Tools
Interactive thermal comfort tools for data visualization and query building.
HI
IEQ
Advanced Integrated Systems
Achieving deep energy reductions using integrated design solutions with advanced low-energy and high indoor environmental quality building technologies.
HVAC
Integration of Fans in Office Environments for Comfort and Energy Efficiency
Evaluating the potential effectiveness of various types of fans for low-energy comfort.
HVAC
Control Strategies that Reduce Minimum Airflow to Save Energy and Maintain Comfort
Low-cost HVAC control programming can reduce energy while improving summer comfort.
HVAC
Setpoint Energy Savings Calculator
An online tool for fast energy saving estimations of expanded temperature ranges.
HVAC
IEQ
Adaptive Comfort Model
A standard for thermal comfort in naturally ventilated buildings included in ASHRAE Standard 55.
FS
Speech Privacy in Office Environments
Validation of a method to predict speech privacy in a diversity of office environments.
IEQ
Acoustical Analysis in Office Environments Using POE Surveys
CBE mined Occupant IEQ Survey data to investigate occupant satisfaction in a variety of office configurations.
IEQ
Thermal Comfort in Naturally Ventilated Buildings
Natural ventilation for energy savings in California commercial buildings.
FS
Occupant Satisfaction in Mixed-Mode Buildings
Comparing occupant satisfaction with indoor environmental quality of mixed-mode and sealed buildings.
FS
Occupant Satisfaction in Green and LEED-Certified Buildings
Occupant survey data provides insights on occupant satisfaction in LEED and green buildings.
IEQ
HI
Occupant Perspectives on Outdoor Noise in Office Buildings
Testing perceived barriers to adoption of naturally ventilated and mixed mode buildings.
IEQ
Thermal Comfort in Non-Uniform Environments
Using the Advanced Thermal Comfort Model to study comfort implications of emerging green building technologies.
IEQ
The Impact of Ventilation on Productivity
Comparing worker productivity to physical conditions in the workplace environment.
IEQ
CBE 3D Mean Radiant Temperature Tool
Graphical visualization for spatial resolution of mean radiant temperature (MRT) within a space.
IEQ
Kresge Foundation Complex Case Study
Occupant surveys are an invaluable source of information regarding occupant satisfaction and workplace effectiveness.
HVAC
Occupant Control of Windows: Accounting for Human Behavior
Synthesizing existing behavioral models on occupant interaction with windows.
IEQ
A Python Package for Thermal Comfort
A Python library that enables accurate and complex thermal comfort calculations.
IEQ
The Impact of Team Space Design on Collaboration
Assessing individual and group worker effectiveness in today’s new workplace paradigm.
HI
Comfort, Perceived Air Quality, and Work Performance in a Low-Power Personal Comfort System
Personal comfort systems may increase comfort and productivity while reducing building energy use.
IEQ
Acoustical Field Study in a UFAD Building
Verifying acoustical performance of as-built partitions and acoustical construction.
HVAC
IEQ