📄️ Thermal Comfort in Nursing Homes: Understanding Residents' Perceptions and Preferences
This article describes a longitudinal study that used wearables and machine learning to model personal thermal comfort
📄️ Can electric fans cool you down during heatwaves?
This article describes the effectiveness of fans in cooling you down during an heatwave
📄️ Using Wearables and Machine Learning to Model Personal Thermal Comfort
This article describes a longitudinal study that used wearables and machine learning to model personal thermal comfort
📄️ Redefining Cooling Solutions in Hot Climates
This article describes the research we did in Singapore about reducing the energy consumption of a commercial building by increasing the cooling set-point and moving the air using fans
📄️ Do Typical Indoor Air Temperatures Affect Work Performance? No️
This study investigates the impact of typical indoor temperatures on office work performance, finding no significant effect across a range of 23 to 29°C, thereby supporting the Maximum Adaptability Model and suggesting stable performance without the need for unnecessary cooling adjustments.
📄️ The "Burn Survivor Heat Risk Calculator": A Tool for Safe Physical Activity
The "Burn Survivor Heat Risk Calculator" is a free online tool designed to provide personalised heat risk assessments for burn survivors during physical activity.
📄️ On the accuracy of ASHRAE and ISO PMV models
A paper comparing the accuracy of the PMV and PMV-CE models used in the ISO 7730:2005 and ASHRAE 55:2023 standards, respectively.