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The effects of structural parameters of porous media on the gas slip factor are discussed in detail.
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We found that, in all cases, the Klinkenberg correction should be applied: k true = k gas 1 + b / P mean (9 where ktrue is the true gas permeability, b is Klinkenberg slip factor, and Pmean is the mean pore fluid pressure.
To determine the true permeability, a Klinkenberg correction is required (Klinkenberg 1941) to account for gas slippage within the sample: k_{text{true}} = k_{text{gas}} left( {1 + frac{b}{{P_{text{mean}} }}} right), (10 where ktrue = true permeability; kgas = gas permeability at a particular pore pressure; b = Klinkenberg slip factor; Pmean = mean pore pressure.
Increasing the thermal slip factor increases the heat transfer coefficient.
The slip factor depends on the surface roughness, a parameter associated to the superficial treatment.
The resistance of a slip resistant steel joint depends essentially on the preload applied in the bolts and the slip factor developed between the joined plates.
Slip factor generally explains the slip effect at the impeller exit and the factor is used to specify theoretical head developed by an impeller (Srinivasan 2008).
The purpose of this paper is to evaluate the structural durability of joint considering the Slip factor and Shear factor.
A large β 2 results in an increase in slip factor (Eq. 9).
a Model 4 (Model 2 × 2.0 fault slip factor for an offshore fault).
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