A method for predicting the terminal settling velocity of a single solid spherical particle in water is described. The terminal velocity is a function of, among others, particle size and the Archimedes number of 0 to 512000. The prediction is in agreement with that by using Stokes law or Allen law or Newton law for drag force and is useful for the modeling of the flotation elementary processes of the particle-bubble interaction
Single particle settling velocities through water fluidized beds of mono-sized glass spheres (dp = 0...
AbstractUnsteady settling behavior of solid spherical particles falling in water as a Newtonian flui...
Knowledge of the settling velocity of spherical particles in non-Newtonian power law liquids is requ...
An asymptotic analysis for terminal velocity of a rigid sphere has been made employing the Oseen law...
Various attempts have been made to develop a general expression for the terminal velocity of spheres...
Various fluid dynamical parameters are calculated for spherical particles falling freely in air and ...
The literature provides a comprehensive collection of equations to estimate theterminal settling vel...
The settlement of particles is of great importance in many areas. The accurate determination of drag...
Natural particles are frequently applied in drinking water treatment in up-flow fluidisation process...
Natural particles are frequently applied in drinking water treatment processes in fixed bed reactors...
AbstractBased on the general relationship described by Cheng between the drag coefficient and the Re...
Based on the general relationship described by Cheng between the drag coefficient and the Reynolds n...
Δημοσίευση σε επιστημονικό περιοδικόSummarization: An explicit equation is proposed which predicts d...
A new and simplified formula for predicting the settling velocity of natural sediment particles is d...
Two formulas are proposed for explicitly evaluating drag coefficient and settling velocity of spheri...
Single particle settling velocities through water fluidized beds of mono-sized glass spheres (dp = 0...
AbstractUnsteady settling behavior of solid spherical particles falling in water as a Newtonian flui...
Knowledge of the settling velocity of spherical particles in non-Newtonian power law liquids is requ...
An asymptotic analysis for terminal velocity of a rigid sphere has been made employing the Oseen law...
Various attempts have been made to develop a general expression for the terminal velocity of spheres...
Various fluid dynamical parameters are calculated for spherical particles falling freely in air and ...
The literature provides a comprehensive collection of equations to estimate theterminal settling vel...
The settlement of particles is of great importance in many areas. The accurate determination of drag...
Natural particles are frequently applied in drinking water treatment in up-flow fluidisation process...
Natural particles are frequently applied in drinking water treatment processes in fixed bed reactors...
AbstractBased on the general relationship described by Cheng between the drag coefficient and the Re...
Based on the general relationship described by Cheng between the drag coefficient and the Reynolds n...
Δημοσίευση σε επιστημονικό περιοδικόSummarization: An explicit equation is proposed which predicts d...
A new and simplified formula for predicting the settling velocity of natural sediment particles is d...
Two formulas are proposed for explicitly evaluating drag coefficient and settling velocity of spheri...
Single particle settling velocities through water fluidized beds of mono-sized glass spheres (dp = 0...
AbstractUnsteady settling behavior of solid spherical particles falling in water as a Newtonian flui...
Knowledge of the settling velocity of spherical particles in non-Newtonian power law liquids is requ...