Titlebook: Developments in the Flow of Complex Fluids in Tubes; Dennis A. Siginer Book 2015 Springer International Publishing Switzerland 2015 Non-li

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Vo2-Max

Longitudinal Flow Field,ary but longitudinally constant cross section and in predicting the friction factors is summarized. Laminar and turbulent longitudinal flow fields and related phenomena including recent progress concerning the all-important drag reduction phenomena are addressed.

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Inordinate

Transcriticality, from the boundaries where the viscoelastic Mach number . ≫ 1 and where the vorticity is governed by a hyperbolic equation and a low-speed region near the boundaries where it is governed by an elliptic equation, is discussed. The smallness of the Reynolds . number is not a sufficient reason for negl

狼群

Quasi-Periodic Flows of Viscoelastic Fluids in Straight Tubes, circular tubes driven by a constant mean pressure gradient is discussed. Flow enhancement and anomalous flows due to frequency cancellation of superposed boundary waves and resonance like behavior due to the coupling of the viscoelastic and viscous properties leading to drastic enhancement of the i

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Transversal Flow Field of Particle-Laden Linear Fluids, in their historical context as well as in terms of the most recent findings. The fundamental issues and their impact on industrial processes, in particular on processes involving particle laden flows are reviewed. Similarities with the driving mechanism of secondary laminar flows of viscoelastic fl

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Trabeculoplasty

群岛

Pregnancy and Weight Loss Surgerynstantaneous flow velocities, order of magnitude larger increases at certain frequencies of the driving quasi-periodic pressure gradient oscillating about a zero mean is reviewed. Mean secondary flows of non-linear viscoelastic fluids driven by pulsating pressure gradients in straight tubes of . cross section are discussed.

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