| 1. | Flows for which viscosity is not neglected are called viscous flows.
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| 2. | Flows for which viscosity cannot be neglected are called viscous flows.
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| 3. | Osborne Reynolds ( 1866 ) derived the equation of viscous flow.
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| 4. | Thus, in cases of very viscous flows ( e . g.
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| 5. | The distinction lies in the ability to respond to an applied shear force via macroscopic viscous flow.
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| 6. | Also, Lamb derived for the first time a solution for the viscous flow around a circular cylinder.
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| 7. | These materials do show viscous flow is the dominant source of plastic deformation, and is also very slow.
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| 8. | This viscous flow is at least 50 m thick, thus leaving an irregularity in the profile of the volcano.
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| 9. | After this " elastic " phase, uplift proceed by " slow viscous flow " so the rate decreased exponentially after that.
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| 10. | The Galilei number is used in viscous flow and thermal expansion calculations, for example to describe fluid film flow over walls.
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