Add to ORKGWhen a person is located in a contaminant field with significant gradients the contaminant distribution is modified locally due to the entrainment and transport of room air in the human convective boundary layer as well as due to the effect of the person acting as an obstacle to the flow field, etc. The local modification of the concentration distribution may affect the personal exposure significantly and, thus, the indoor air quality actually experienced. In this paper measurements of indoor air quality by means of a Breathing Thermal Manikin (BTM) are presented
Ventilation systems with vertical displacement flow have been used in industrial areas with extensiv...
An optimal design of the ventilation system needs a proper prediction of the velocity, temperature a...
The ventilation of a test room (LxWxH = 5.4x3.6x2.4 m) with a wall mounted heat source is investigat...
In this paper personal exposure measurements are performed by means of the Breathing Thermal Manikin...
The human respiration contains carbon dioxide, bioeffluents, and perhaps virus or bacteria. People m...
This paper deals with personal exposure in rooms with concentration gradients and persons present. R...
The thermal manikin is normally introduced at indoor environmental measurements to obtain detailed i...
A Danish town hall with substantial complaints of poor indoor air quality is examined. This paper de...
In a displacement ventilated room the non-uniform contaminant distribution causes an improved indoor...
This paper contributes to the work in the lEA - Annex 20 "Air Flow Patterns within Buildings", subta...
Full-scale experiments were made in a displacement ventilated room with two breathing thermal maniki...
In rooms ventilated by mixing ventilation, in order to remove contaminants from the occupied zone, t...
This is the first part of a planned research into the effect of the human being on the indoor climat...
The present work deals with the investigation of uncertainties related to personal exposure assessme...
The room ventilation is investigated for three different air terminal devices under isothermal condi...
Ventilation systems with vertical displacement flow have been used in industrial areas with extensiv...
An optimal design of the ventilation system needs a proper prediction of the velocity, temperature a...
The ventilation of a test room (LxWxH = 5.4x3.6x2.4 m) with a wall mounted heat source is investigat...
In this paper personal exposure measurements are performed by means of the Breathing Thermal Manikin...
The human respiration contains carbon dioxide, bioeffluents, and perhaps virus or bacteria. People m...
This paper deals with personal exposure in rooms with concentration gradients and persons present. R...
The thermal manikin is normally introduced at indoor environmental measurements to obtain detailed i...
A Danish town hall with substantial complaints of poor indoor air quality is examined. This paper de...
In a displacement ventilated room the non-uniform contaminant distribution causes an improved indoor...
This paper contributes to the work in the lEA - Annex 20 "Air Flow Patterns within Buildings", subta...
Full-scale experiments were made in a displacement ventilated room with two breathing thermal maniki...
In rooms ventilated by mixing ventilation, in order to remove contaminants from the occupied zone, t...
This is the first part of a planned research into the effect of the human being on the indoor climat...
The present work deals with the investigation of uncertainties related to personal exposure assessme...
The room ventilation is investigated for three different air terminal devices under isothermal condi...
Ventilation systems with vertical displacement flow have been used in industrial areas with extensiv...
An optimal design of the ventilation system needs a proper prediction of the velocity, temperature a...
The ventilation of a test room (LxWxH = 5.4x3.6x2.4 m) with a wall mounted heat source is investigat...