SimScale simulation projects by GCC | Page 1

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Study of a possible ventilation solution for a room without windows.
Studying the air flow with the fans turned on (incompressible), and with them turned off (convective heat transfer).
There are 3 bottom holes with inlet fans (that communicates between outside and inside high floor), 1 pipe inside the high floor (that connects one of these bottom holes with the room) that contains a fan inside, 1 pipe inside the room (that connects the inside of high floor with the room) with an inlet fan at the bottom, 1 door bottom hole (that communicates between outside and the room) with an inlet fan and 1 door top hole (that communicates between the room and outside) with an outlet fan.

Study of a possible ventilation solution for a room without windows.
Studying the air flow with the fans turned on (incompressible), and with them turned off (convective heat transfer).
There are 3 bottom holes with inlet fans (that communicates between outside and inside high floor), 1 pipe inside the high floor (that connects one of these bottom holes with the room) that  contains a fan inside, 1 pipe inside the room (that connects the inside of high floor with the room) with an inlet fan at the bottom, 1 door bottom hole (that communicates between outside and the room) with an inlet fan and 1 door top hole (that communicates between the room and outside) with an outlet fan.

Study of a possible ventilation solution for a room without windows.
Studying the air flow with the fans turned on (incompressible), and with them turned off (convective heat transfer).
There are 3 bottom holes with inlet fans (that communicates between outside and inside high floor), 1 pipe inside the room (that connects the inside of high floor with the room) with an inlet fan at the bottom, 1 door bottom hole (that communicates between outside and the room) with an inlet fan and 1 door top hole (that communicates between the room and outside) with an outlet fan.

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GCC's profile