Ventilation system performance of vertical exhaust common-duct in a multi-story house.

Ventilation performance of a vertical exhaust common-duct installed in a multi-story house was analysed using model experiment and computer simulation. Pressure losses at the flow junctions in the vertical common-duct were investigated using the model experiment. The pressure distributions along the vertical common-duct in three different multi-story houses of 5, 15 and 25 stories, respectively, were calculated by the computer simulation.

Effect of wind pressure fluctuations on air movements inside buildings.

An appropriate way to identify the most efficient ventilation systems and improve their design is to use design codes for ventilation rates. These rates are strongly influenced by spatial and temporal fluctuations in wind pressure on the facade and roof. The influence of the effects of wind on ventilation was studied using a model which includes air compressibility, together with the pressure field measured on a model in a boundary layer wind tunnel. The simulation results obtained are analyzed using a design code.

Ventilation system performance. Proceedings Volume 2.

Collection of papers and posters presented at the 11th AIVC Conference held in Italy, 1990.

Ventilation system performance. Proceedings Volume 1.

Collection of papers and posters presented at the 11th AIVC Conference held in Italy, 1990.

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