To provide a room temperature distribution modeling apparatus and a room temperature distribution modeling method that precisely model the interior of a room.
The room temperature distribution modeling method comprises the steps of: inputting data on a target of modeling; dividing the interior of a room into a plurality of zones to create a temperature stratification zone A representing a temperature profile; creating a thermal boundary layer zone B where contact of a shell delimiting the room with the outside air generates a downdraft or updraft on the inner surface of the shell; creating a thermal plume zone C where heat generated from a heating body generates an updraft; creating a ventilation network 2 determinative of a static pressure at the bottom of the zones and an interzone airflow; computing generalized thermal conductances 33 and 34 representing the ease of interzone thermal transfer to create a thermal network 3; and outputting the modeled room temperature distribution.
ONISHI YOSHIAKI
OI HAJIME
ONO KENJI
NAGAYAMA HIROKI
NISSAN MOTOR
JPH03291445A | 1991-12-20 | |||
JP2002349937A | 2002-12-04 | |||
JPH047675A | 1992-01-13 | |||
JP2005301487A | 2005-10-27 | |||
JP2003344327A | 2003-12-03 |
Teiji Tanaka
Hideo Sugai
Kenji Aoki
Hiroshi Nagisawa
Akira Yonezawa
Tsutomu Iitaka
Takehiko Katayose