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    Fiber Motion in Turbulent Flow fiber motion in turbulent flow Fiber Motion in Turbulent Flow купить
    Fiber Motion in Turbulent Flow
    4763 Руб
      Turbulent Transonic Flow Phenomena Influence on Aeroelastic Stability fiber motion in turbulent flow Turbulent Transonic Flow Phenomena Influence on Aeroelastic Stability купить
      Turbulent Transonic Flow Phenomena Influence on Aeroelastic Stability
      7678 Руб
        Taylor: Numerical Methods In Laminar & Turbulent Flow fiber motion in turbulent flow Taylor: Numerical Methods In Laminar & Turbulent Flow купить
        Taylor: Numerical Methods In Laminar & Turbulent Flow
        8011 Руб
          Buoyancy-driven Turbulent Natural Convection in an Enclosure fiber motion in turbulent flow Buoyancy-driven Turbulent Natural Convection in an Enclosure купить
          Buoyancy-driven Turbulent Natural Convection in an Enclosure
          4850 Руб
            Zwittrionic Surfactants Flow Enhancment in Solid-Liquid Flow Systems fiber motion in turbulent flow Zwittrionic Surfactants Flow Enhancment in Solid-Liquid Flow Systems купить
            Zwittrionic Surfactants Flow Enhancment in Solid-Liquid Flow Systems
            7678 Руб
              Mathematical Modeling of Bubble Growth in Turbulent Flow fiber motion in turbulent flow Mathematical Modeling of Bubble Growth in Turbulent Flow купить
              Mathematical Modeling of Bubble Growth in Turbulent Flow
              4850 Руб
                Turbulent Flow fiber motion in turbulent flow Turbulent Flow купить
                Turbulent Flow
                8533 Руб
                  Sediment Transport in the Creeping and Saltation Regimes fiber motion in turbulent flow Sediment Transport in the Creeping and Saltation Regimes купить
                  Sediment Transport in the Creeping and Saltation Regimes
                  4763 Руб
                    Hydrological Analysis of Sediment Transport in  a Turbulent Flow fiber motion in turbulent flow Hydrological Analysis of Sediment Transport in  a Turbulent Flow купить
                    Hydrological Analysis of Sediment Transport in a Turbulent Flow
                    6609 Руб
                      Tissue-motion analysis of Cranial Ultrasonogram for Newborn Babies fiber motion in turbulent flow Tissue-motion analysis of Cranial Ultrasonogram for Newborn Babies купить
                      Tissue-motion analysis of Cranial Ultrasonogram for Newborn Babies
                      4850 Руб
                        DRP schemes for Computational Aeroacoustics fiber motion in turbulent flow DRP schemes for Computational Aeroacoustics купить
                        DRP schemes for Computational Aeroacoustics
                        5735 Руб
                          DRAG REDUCTION USING POLYMER SOLUTIONS IN GRAVITY DRIVEN FLOW SYSTEMS fiber motion in turbulent flow DRAG REDUCTION USING POLYMER SOLUTIONS IN GRAVITY DRIVEN FLOW SYSTEMS купить
                          DRAG REDUCTION USING POLYMER SOLUTIONS IN GRAVITY DRIVEN FLOW SYSTEMS
                          6609 Руб
                            Numerical Simulation of Two-Phase Turbulent Flows in Ash CFB fiber motion in turbulent flow Numerical Simulation of Two-Phase Turbulent Flows in Ash CFB купить
                            Numerical Simulation of Two-Phase Turbulent Flows in Ash CFB
                            4763 Руб
                              High order wind and tidal cross-flow turbines fiber motion in turbulent flow High order wind and tidal cross-flow turbines купить
                              High order wind and tidal cross-flow turbines
                              7377 Руб
                                Simulation of Flexible Fibers in Stokes Flow fiber motion in turbulent flow Simulation of Flexible Fibers in Stokes Flow купить
                                Simulation of Flexible Fibers in Stokes Flow
                                4763 Руб
                                Sediment transport by laminar and turbulent flow are phenomena involved in the natural environment and industrial processes. In this book we present a study of sediment transport in the creeping and saltation regimes by laminar and turbulent flows. In our model the particles are supposed as hard disks in a two-dimensional domain with periodic boundary conditions in the horizontal direction. The motion of particles is calculated by the event driven molecular dynamics method. The fluid that is modeled by its velocity profile, flows over the bed, so the particles can be entrained by the fluid and move under the influence of the drag force and gravity. We consider two velocity profiles for the fluid, parabolic and logarithmic. The first one models laminar flow and the second corresponds to turbulent flow. We find that for the logarithmic profile, the saturated flux shows a quadratic increase with the strength of the flow, and for parabolic profile, a cubic increase. We also find that for the parabolic profile, near the threshold velocity, saturated flux increases quadratically with the shear velocity. The velocity distribution functions of grains are used to interpret the results.

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