Natural convection between spaces in a building can play a major role in energy transfer. Two situations are investigated: convection through a single doorway into a remote room, and a convective loop in a two-story house with a south sunspace where a north stairway serves as the return path. A doorway-sizing equation is given for the single-door case. Detailed data are given from the monitoring of airflow in one two-story house and summary data are given for five others. Observations on the nature of the airflow and design guidelines are presented
Natural convection heat transfer in enclosures is an area that has particular significance to a wide...
The growing interest in the study of natural convection in geometrically complex enclosures with res...
The evaluation of the convective heat transfer of flow in passages with rectangular cross section is...
Observations of natural convection airflow in passive solar buildings are described. Particular resu...
We have proposed a transient, quasi-two-dimensional, numerical model for interzone heat flow and air...
Strong free convection airflows occur within passive solar buildings resulting from elevated tempera...
Computer programs have been developed to numerically simulate natural convection in room geometries ...
textAccurate modeling of energy flows in buildings is necessary for optimization of mechanical syste...
AbstractThe article discusses convectional elements of a building's passive solar heating systems. M...
In highly-insulated buildings such as passive houses, the space-heating distribution subsystem can b...
In most building thermal load calculations natural convective heat transfer is assumed for internal ...
Natural ventilation is an important means to improve indoor thermal comfort and reduce the energy co...
AbstractIn highly-insulated buildings such as passive houses, the space-heating distribution subsyst...
An ambient wall with a window were studied with both theoretical analyses and measurements performed...
This chapter presents the main physical concepts and basic techniques for natural ventilation and gi...
Natural convection heat transfer in enclosures is an area that has particular significance to a wide...
The growing interest in the study of natural convection in geometrically complex enclosures with res...
The evaluation of the convective heat transfer of flow in passages with rectangular cross section is...
Observations of natural convection airflow in passive solar buildings are described. Particular resu...
We have proposed a transient, quasi-two-dimensional, numerical model for interzone heat flow and air...
Strong free convection airflows occur within passive solar buildings resulting from elevated tempera...
Computer programs have been developed to numerically simulate natural convection in room geometries ...
textAccurate modeling of energy flows in buildings is necessary for optimization of mechanical syste...
AbstractThe article discusses convectional elements of a building's passive solar heating systems. M...
In highly-insulated buildings such as passive houses, the space-heating distribution subsystem can b...
In most building thermal load calculations natural convective heat transfer is assumed for internal ...
Natural ventilation is an important means to improve indoor thermal comfort and reduce the energy co...
AbstractIn highly-insulated buildings such as passive houses, the space-heating distribution subsyst...
An ambient wall with a window were studied with both theoretical analyses and measurements performed...
This chapter presents the main physical concepts and basic techniques for natural ventilation and gi...
Natural convection heat transfer in enclosures is an area that has particular significance to a wide...
The growing interest in the study of natural convection in geometrically complex enclosures with res...
The evaluation of the convective heat transfer of flow in passages with rectangular cross section is...