Heightening population density and expanding urbanization has increased the need for
constructing high-rise buildings due to land shortage. Many efforts have been done to …

The impact of the infiltration and airflow pattern of the building envelope and structure on
thermal load is significant. Building energy simulation tools take this feature into account …

This study proposes a novel framework and methodology for building digital twinning (BDT)
over the life cycle of a building. It aims to establish an intrinsic digital twin framework and …

The building information and operational data generated during the building life cycle are
essential for realizing energy-efficient operation, indoor environmental quality, and …

Stack-induced pressure differences cause various problems in high-rise buildings. In
particular, the reopening problem, which involves difficulty in closing elevator doors, and …

As an effective alternative to differential pressure (DP) gauges, pairs of absolute (AB)
pressure sensors are always applied to monitor stack-driven pressure differences (∆ P stack) …

The study aims to investigate Person Ability and Item Fit instruments for critical thinking skills
of the environment (Eco Critical Thinking Skill) in elementary pre-service teachers …

The stack-induced airflow of super high-rise buildings in winter results in obvious indoor
environmental problems at the shuttle elevator shaft. Strong pressure difference can cause …

Building airtightness significantly impacts its energy use estimation. The fan pressurization
test, outlined in ISO 9972, is the most commonly used assessment method. A crucial …

In contemporary architecture, a residential kitchen exhaust shaft is a common vertical shaft
to extract cooking fumes generated in multiple kitchens, such as may be found in tower …