Sentence examples for minimum spouting velocities from inspiring English sources

The respective minimum spouting velocities are compared with experimental values and with values obtained through empirical correlations reported in the literature.

The results show that the minimum spouting velocity increases with cone angle, particle diameter and static bed height.

Minimum spouting velocity values obtained from full and half bed experiments resulted in a maximum 15% difference.

The minimum spouting velocity increases with entrainment zone height, while it decreases with static bed height, draft tube diameter and fluidizing gas velocity.

Proper design of such beds requires the prediction of various hydrodynamic characteristics, such as the minimum spouting velocity and maximum spoutable height.

The characteristic curve and minimum spouting conditions for a simulated conical bed, with glass particles of 6 mm diameter are compared with the experimental results showing deviations of 12.1% for the pressure drop and 5.6% for the minimum spouting velocity.

The DEM simulation results indicate that the minimum spouting velocity (Ums) is almost the same for both wet and dry system, which agrees well with the prediction by a simplified formula.

minimum spouting velocity as well as maximum and steady spouting pressure drops.

In order to properly design and scale up spouted beds, one needs to predict the minimum spouting velocity of specific systems having different bed dimensions, and properties of particle and spouting gas.

In this paper a fully connected feed-forward neural network model was used to predict the minimum spouting velocity of central jet and circular slit spouted beds.

The minimum gas spouting velocity required to reach the stable spouted bed regime was found to increase with both higher stagnant bed height and moisture content.