The indoor environments of severely polluted toilets are associated with an increased risk of
transmission of severe diseases. Enhancing the ventilation effectiveness can improve the …

The control techniques in buildings contribute significantly to thermal comfort and indoor air
quality (IAQ). However, the gaps are existing for multitarget controls considering both …

Local exhaust ventilation systems are the most effective–yet power-consuming–method of
capturing contaminants. Sha** of the ventilation ductwork elements is an approach that is …

This paper explores a wearable ventilation for reducing pollutant exposure in industrial
environments. The effectiveness of a HAS (Head-mounted air supply) method while the …

In this study, we experimentally determined the local drag coefficient (LDC) of a round
exhaust hood that was improved with different shaped inlet sections along the boundaries of …

Achieving long-lasting and effective respiratory protection in highly polluted industrial sites
with a cost of a small amount of air, particularly during mobile operations by workers, poses …

In this study, the double screw lifting device of a rubber factory is taken as the case study
object, and a scale model experiment was designed to determine the temperature field …

In the weld back-cleaning process, many high-concentration pollutants are produced, which
can lead to health problems after prolonged exposure. In this study, a novel recirculating …

Wearable ventilation reduces pollutant exposure by increasing the air supply, while wearers
should have an upper acceptable limit for the air supply velocity. This paper investigated the …

Ventilation systems designed for pollution removal in high-polluting workshops are usually
ineffective due to the movement of workers. This work proposes a novel design method for …