This study investigates the characteristics of human exhalation during breathing and coughing. Experiments employing one breathing thermal manikin are conducted in a full-scale test room with a mixing ventilation system. Two artificial lungs are used to generate discontinuous airflows with specific flow rates and temperatures for breathing and coughing, respectively. Smoke visualizations are conducted to show the formation, movement and vanishing of the exhalation jets from nose and mouth separately. The transient velocity distribution generated by breathing and coughing in different places are analyzed.This study investigates the characteristics of human exhalation during breathing and coughing. Experiments employing one breathing thermal ...
The presented study reveals a multi-point experimental measurement of the airflow speed, generated i...
This study aims to understand the transport and dispersal of droplets produced by coughing in a vent...
Understanding the role of human expiratory flows on respiratory infection in ventilated environments...
This study investigates the characteristics of human exhalation through the mouth with three differe...
This study investigates the characteristics of human exhalation through the mouth with three differe...
This study investigates the characteristics of human exhalation. Experiments are performed on a brea...
Transmission of the exhaled substances from one person to another in indoor environment is influence...
The influence of the human exhalation on flow fields, contaminant distributions, and personal exposu...
The level of exposure to human exhaled contaminants in a room depends not only on the air distributi...
The paper focuses on the characteristics of cross-infection risk in a room with an air distribution ...
In an attempt to obtain a deeper understanding of the factors which determine the characteristics of...
The Personal Micro Environment (PME) depends directly on the heat transfer in the surrounding enviro...
Effective ventilation in general hospital wards is important for controlling the airborne transmissi...
Conference Theme: Airborne Infection Control - Ventilation, IAQ & EnergyTransmission of the exhaled ...
Transmission of exhaled small particles from one person to another in an indoor environment can take...
The presented study reveals a multi-point experimental measurement of the airflow speed, generated i...
This study aims to understand the transport and dispersal of droplets produced by coughing in a vent...
Understanding the role of human expiratory flows on respiratory infection in ventilated environments...
This study investigates the characteristics of human exhalation through the mouth with three differe...
This study investigates the characteristics of human exhalation through the mouth with three differe...
This study investigates the characteristics of human exhalation. Experiments are performed on a brea...
Transmission of the exhaled substances from one person to another in indoor environment is influence...
The influence of the human exhalation on flow fields, contaminant distributions, and personal exposu...
The level of exposure to human exhaled contaminants in a room depends not only on the air distributi...
The paper focuses on the characteristics of cross-infection risk in a room with an air distribution ...
In an attempt to obtain a deeper understanding of the factors which determine the characteristics of...
The Personal Micro Environment (PME) depends directly on the heat transfer in the surrounding enviro...
Effective ventilation in general hospital wards is important for controlling the airborne transmissi...
Conference Theme: Airborne Infection Control - Ventilation, IAQ & EnergyTransmission of the exhaled ...
Transmission of exhaled small particles from one person to another in an indoor environment can take...
The presented study reveals a multi-point experimental measurement of the airflow speed, generated i...
This study aims to understand the transport and dispersal of droplets produced by coughing in a vent...
Understanding the role of human expiratory flows on respiratory infection in ventilated environments...