Moreover, the influence on the heat exchanger from the variation of the air flow speed, air temperature, water flow speed and water temperature are also been analyzed.
Lower birefringence was obtained at higher drying temperature while, higher birefringence was observed when the air flow speed is increased.
The burning rate of gasoline pool fire increased with cross air flow speed linearly in this range.
The parameters of spray drying such as inlet air temperature, feed flow rate and drying air flow speed were optimized using a Box Behnken design.
Increasing drying temperature and air flow speed can both accelerate the drying rate but change the birefringence level in opposite directions.
This result is assumed that the air flow speed upon the air foil is faster than 10 m/s and near the 20 m/s due to increase the angle of attack.
Numerical simulation of indoor and outdoor air flow of a single unit house was carried out to predict the air flow speed by natural ventilation through opening windows.
For a control cycle, steady-state traffic flow, aerodynamics, and pollutant dispersion models are established by tunnel segment, in which the air flow speed under a given mechanical ventilation scheme is mainly affected by tunnel traffic.
The average flame length in the both steady stage and boilover stage decreases with the increasing cross air flow speed when the speed (u) is less than 1.0 m/s and then increases.
Square pools with dimensions ranged in 10 25 cm are burnt under cross air flow speed ranged in 0 2.5 m/s, using ethanol and heptane as representative fuel producing flame of definitely different sootiness and luminosity as to compare their response to the cross air flow in radiation feedback.
