Design strategies for sustainable buildings, that improve building performance and avoid
extensive resource utilization, should also promote healthy indoor environments. The …

Conventional thermal preference prediction in buildings has limitations due to the difficulty in
capturing all environmental and personal factors. New model features can improve the …

To accomplish the current climate goals of the federal republic of Germany, energy efficiency
within the building and automotive sector must improve considerably. One possible way to …

The existing machine learning based models for personal thermal comfort have traditionally
focused on physiological and psychological variations among occupants, and the spatial …

In the recent past, great attention has been posed on the assessment of the energy
performance and of the operating and maintenance costs of the building stock. Currently …

Providing indoor environmental quality (IEQ) that satisfies building occupants is an essential
component for sustainable and healthy buildings. Existing studies mainly analyse the …

Understanding occupants' satisfaction with their environment is an important step to improve
indoor environmental quality (IEQ). These satisfaction data are limited to Singaporean …

Occupant satisfaction in office buildings has been correlated to the indoor environmental
quality of workspaces, but can also be influenced by factors distinct from conventional IEQ …

Indoor environmental quality (IEQ) studies in educational buildings have largely focused on
students with limited attention on office workers in post-secondary institutions like …

While there is broad evidence of the impact of tangible factors (ie room temperature, indoor
air quality) on work well-being and productivity, the objective measurement of intangible …