Sentence examples for average overall heat from inspiring English sources

Figure 16 shows the average overall heat transfer coefficient for the different houses.

The simulation results show that the average overall heat transfer coefficients in circular plain tubes are enhanced with helical screw-tape of different widths by as much as 212 ∼ 351% at a constant tube-side temperature and the friction factor are enhanced by as much as 33% to 1020%.

For the mass flow rate of 0.026 kg/s the day average of overall heat transfer coefficient and thermal efficiency of the system are obtained 65.14 W/m2 K and 55.4% respectively.

Next, the local, average and overall heat transfer and hydrodynamic characteristics of mini/microchannel heat sinks with N/MPCS flowing inside are reviewed and analyzed, considering different flow conditions, material and dimension of test section, and composition and fraction of such slurry.

Figure 19 shows how the average of the overall heat transfer coefficient for different houses shown in Fig. 16 affects the performance of the air-conditioning system to support the indoor temperature and humidity ratio.

The best case (Case C4) increased the average air velocity and overall heat transfer rate of the base case (Case A) by approximately 10.3% and 5.3%, respectively.

The thermal performance such as total charging/discharging time, average charging/discharging power and overall heat storage efficiency of a high-temperature LHS unit is investigated in detail.

Moreover, the maximum values of the average Nusselt number improvement and overall heat transfer performance were 1.77 and 1.40, with Hl/D = 0.10, pl/D = 0.5 at Re = 6260 and Hl/D = 0.15, pl/D = 1.0 at Re = 3800, respectively.

On the basis of molecular simulations, an average value of −15.2 kcal/mol for overall heat of dimerization and −45.6 kcal/mol for overall heat of oxidation were obtained in gaseous phase at 298 K and 1 atm.

The pulses allow the average current to be lower, decreasing the overall heat input and thereby decreasing the size of the weld pool and heat-affected zone while making it possible to weld thin workpieces.

The average Nusselt number can be increased up to 9.0% and the overall heat transfer performance factor can be increased up to 12.0% when the tube receiver with pin fin arrays inserting was used.