The ventilator keep rain and snow from entering the facility while allowing hot air to exit from the top of the roof structure.
   The objective of the analysis is to determine the heat evacuation capability of the ventilator. The analysis includes the building with a heat load of 6000 kW, side louvers for air intake and a ventilator.
   For this analysis, the walls have been assumed to have low emissivity such that most of the heat is evacuated by natural convection rather than radiation. 
   The ambient temperature is 20 C with no external wind velocity. | Simulation project by eanton

The ventilator keep rain and snow from entering the facility while allowing hot air to exit from the top of the roof structure.
   The objective of the analysis is to determine the heat evacuation capability of the ventilator. The analysis includes the building with a heat load of 6000 kW, side louvers for air intake and a ventilator.
   For this analysis, the walls have been assumed to have low emissivity such that most of the heat is evacuated by natural convection rather than radiation. 
   The ambient temperature is 20 C with no external wind velocity.

Natural Ventilation

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