Sentence examples for hot flow rate from inspiring English sources

The optimum levels for heat transfer coefficient are: pitch 13 mm, tube diameter 12 mm, cold and hot flow rate 4 LPM.

Furthermore, the optimum level for exergy loss are: pitch 13 mm, tube diameter 12 mm, cold and hot flow rate 1 LPM.

Furthermore, the highest Nusselt number are achieved by more both cold and hot flow rates and also, heat transfer coefficient are reduced by increasing of pitch coil as well as by increasing of hot flow rate, the exergy loss increases.

This study presents the effects of precipitation pH, solid content, slurry feed rate, atomization pressure, hot air temperature and hot air flow rate on the particle size distribution of SD-HA.

In particular, the hot water flow rate has a greater effect on the system response speed than other operational variables.

Additionally, the effect on energy usage of storage tank, collector slope angle and hot water flow rate is studied.

In case of failure on the main actuator, it is proposed to control the process with the second input variable (by manipulating the hot water flow rate).

The results indicated that increasing feed temperature, hot feed flow rate, and module depth on the cold side led to increase permeate flux.

The increase of hot water flow rate, insulated tube depth, liquid production rate and production time can improve the temperature of produced fluid, and reduce the viscous force.

Results showed that, for all spacers, the heat transfer coefficient increases with hot feed flow rate and that the combination of attack angle 45° and filament angle 90° gave the highest heat transfer.

Also, the influence of the variation of key parameters by which the MED plant is controlled (the inlet hot water flow rate (mhot) and temperature (Thot), the feed water flow rate (mf) and the condenser vapor temperature (Tc)) on the freshwater production and performance ratio (PR), were analyzed with an experimental campaign of 82 experiments.