Dynamics of Suspended Flow in Open Channels
Buch in deiner Nähe kaufen
Beschreibung
This book overviews modern theory of the turbulent motion flow in riverbeds answering many questions around this topic. It gives new generalization of the mathematical model for determining the hydrodynamic parameters of suspended particles and the interaction between the liquid and the solid carrier particles in various movements of suspended particles. It develops a new method for calculating the distribution of the averaged velocity of the carrier liquid and solid particles in the depth and length of the stream by using law of formation of the velocity field at different saturations slurry flow. Both researchers, specialists, and graduate students working in the fields of hydraulics and hydro technique will find this book an informative reference.
This book overviews modern theory of the turbulent motion flow in riverbeds answering many questions around this topic. It gives new generalization of the mathematical model for determining the hydrodynamic parameters of suspended particles and the interaction between the liquid and the solid carrier particles in various movements of suspended particles. It develops a new method for calculating the distribution of the averaged velocity of the carrier liquid and solid particles in the depth and length of the stream by using law of formation of the velocity field at different saturations slurry flow. Both researchers, specialists, and graduate students working in the fields of hydraulics and hydro technique will find this book an informative reference.
Presents theoretical approach on how the turbulent motion flow is described numerically Formulas a new method to calculate the distribution of velocity with liquid and solid particles in all situations Helps determining the hydrodynamic parameters with suspended particles
Autor*in
Aybek M. Arifjanov
Themen in »Dynamics of Suspended Flow in Open Channels«
Turbulent motion flow in riverbed Suspended particles of riverbed Velocity field of riverbed Slurry flow of riverbed Riverbed research