Different heat transfer correlations and pressure drop correlations are reviewed and applied.
Yet experiments using a higher-precision pressure-control valve showed only minor correlation between pressure fluctuations and displacement readings the irregular undulation persisted but with greatly reduced magnitude.
The correlation between pressure and heat release fluctuations (Rayleigh criterion) is not verified locally but it is satisfied when pressure and heat release are averaged over sectors.
By comparing droplet evaporation data to discretized theoretical continuum mass flux rates which employ two parameter exponential vapor pressure/molecular weight correlations, best fit pressure correlation parameters are determined.
Meanwhile, a new correlation for pressure drop was developed with deviation less than ±15%.
A new correlation of pressure drop is proposed based on the important influence factors.
Additional calculations concerning the chordwise correlation of pressure around the square prism and its eigenfunction expansion are presented.
A successful correlation of pressure loss data for pure gases enabled us to model the flow of binary mixtures.
By contrast, the increase in spanwise length to 14D from 4D plays an important role in obtaining reasonable spanwise correlation of pressure and consequently the overall fluctuating lifts.
The observed negative correlation with pressure is opposite to the trend observed for enstatite coexisting with diopside only.
