Содержание
Слайд 3CFD 3D modeling
Wall height 3m
Top view
Iso view
CFD Analysis Condition
Product : Multi
CFD 3D modeling
Wall height 3m
Top view
Iso view
CFD Analysis Condition
Product : Multi
![CFD 3D modeling Wall height 3m Top view Iso view CFD Analysis](/_ipx/f_webp&q_80&fit_contain&s_1440x1080/imagesDir/jpg/1085928/slide-2.jpg)
Ⅲ
Operation ratio : 100%
Air temp. : 33℃
Roof wall height : 3m
Support height : 0.7m
CFD Analysis Program : FLUENT 13.0.0, GAMBIT 2.4.6
Viscous model : k-e standard model
Mesh : 6,791,555 hexahedral mesh
Operation ratio : 100%
Air temp. : 33℃
Roof wall height : 3m
Support height : 0.7m
CFD Analysis Program : FLUENT 13.0.0, GAMBIT 2.4.6
Viscous model : k-e standard model
Mesh : 6,791,555 hexahedral mesh
Mesh
Слайд 4Temp [℃]
CFD Result
Pattern of discharge flow
Temp. contour on heat exchanger
Below 43℃
It is
Temp [℃]
CFD Result
Pattern of discharge flow
Temp. contour on heat exchanger
Below 43℃
It is
![Temp [℃] CFD Result Pattern of discharge flow Temp. contour on heat](/_ipx/f_webp&q_80&fit_contain&s_1440x1080/imagesDir/jpg/1085928/slide-3.jpg)
shown that avg. Temp. of heat exchanger is distributed from 34℃ to 49℃ It seems that normal operation of AC product could be possible in these conditions.
Air temp. 33℃
Temp. contour on surface (h=1.5m)
Vel [m/s]
Temp. contour on surface
Velocity contour on surface
No recirculation
No recirculation