Accurate computational fluid dynamics (CFD) simulations of the ventilation flow in airplane
cabins are important for ventilation design optimisation regarding passenger health, thermal …

Trombe walls have been recognized as a cost-effective solution for reducing energy
consumption if designed properly. Most of the experimental studies available in the literature …

A series of experiments was undertaken on an intercity train carriage aimed at providing a
“proof of concept” for three methods in improving our understanding of airflow behaviour and …

In confined spaces, such as vehicle cabins, airflow and temperature distribution are the most
critical factors affecting thermal comfort and pollutant dispersion. To develop innovative and …

Airplane cabin ventilation is essential to ensure passengers' well‐being. The conventional
ventilation method is mixing ventilation with a statistically steady supply, which, according to …

It has been widely accepted that the most effective way to mitigate airborne disease
transmission in an indoor space is to increase the ventilation airflow, measured in air …

The environment inside airliner cabins has attracted increasing attention. Instantaneous
airflow, as one of the fundamental parameters of airflow field, affects aspects of the airliner …

This paper discusses an application of air curtain for reduction of virus-laden droplets
transmission from an infected host to other passengers in a small aircraft cabin. The study is …

A comprehensive understanding of the flow characteristics of thermal plumes during cooking
is an essential prerequisite for designing high-performance cooker hoods. A cooking-related …

Particle image velocimetry (PIV) techniques have a limited field of view of the flow field and
can only capture high-resolution flow fields in localized areas. To obtain a larger …