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A Expansion in powers of the shear rate and time

For the stationary flows (9.107), we find the following relations for each order of y and so on. [Pg.321]

By solving these equations order by order, we obtain [Pg.321]

Similarly, for the start-up flows (9.146), each order in the time expansion is given by Hr) = y (rF), [Pg.321]

Upon such decomposition, we are led to the three types of angular integrals. They are defined by [Pg.322]

After carrying out all angular integrals, we are left with the radial integrals. [Pg.322]


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A-expansion

Expansion in powers of the shear rate

Expansion rate

In expansion

Powerful, the

Rate and shear

Rate of As

Rated power

Shear rates

Shearing and

The expansion

Time, shear

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