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New Approach to the Scale-Up Problem in Tumbling Blenders

Our hypothesized set of the variables that are believed to govern particle dynamics in tumbling blenders is shown in Table 1. [Pg.166]

Using these variables and the Rayleigh method, the resulting equation is [Pg.167]

Applying the rule of dimensional homogeneity and making c and e the unrestricted constants leads to [Pg.167]

To solve Equation (3), a correlation relating particle velocities to vessel radius and rotation rate is discussed in the following sections. [Pg.167]

Correlating Particle Velocities to Vessel Rotation Rate and Radius [Pg.167]


See other pages where New Approach to the Scale-Up Problem in Tumbling Blenders is mentioned: [Pg.166]    [Pg.120]   


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Approach to the Problem

Blenders

In approaches

Problem approach

Scale problem

Scale-Up Approaches

Scale-up

Scale-up problem

Scale-ups

The 6 scale

Tumbling

Tumbling blenders

Up scaling

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