Add to ORKGThe literature provides a comprehensive collection of equations to estimate theterminal settling velocity of single solid particles in a liquid system. The settling velocity for perfectly round spheres can accurately be calculated. In the contrary for natural imperfect particles the experimentally measured settling velocity deviates considerably compared the calculated value. In drinking water treatment processes natural particles are frequently applied in up flow fluidisation processes and in addition sedimentation processes are applied to clarify water and to concentrate solids
AbstractBased on the general relationship described by Cheng between the drag coefficient and the Re...
Our study proposes a new mathematical model for predicting the gravitational settling velocity of se...
International audienceThe modelling of pollutant transfer in freshwater systems can be refined by co...
The literature provides a comprehensive collection of equations to estimate theterminal settling vel...
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...
Single particle settling velocities through water fluidized beds of mono-sized glass spheres (dp = 0...
Settling is the process by which particulates settle to the bottom of a liquid and form sediment. Th...
A method for predicting the terminal settling velocity of a single solid spherical particle in water...
This note establishes the fact that the settling velocity for fine flocculent particles in flowing a...
A theoretical and experimental study was made of the quiescent settling of the particles of a suspen...
The settling velocity of sediment is one of the essential parameters in studying freshwater reservoi...
A revision of the popular equation of Richardson and Zaki (1954a, Transactions of the Institute of C...
Based on the general relationship described by Cheng between the drag coefficient and the Reynolds n...
ABSTRACT: A new and simplified formula for predicting the settling velocity of natural sediment part...
AbstractBased on the general relationship described by Cheng between the drag coefficient and the Re...
Our study proposes a new mathematical model for predicting the gravitational settling velocity of se...
International audienceThe modelling of pollutant transfer in freshwater systems can be refined by co...
The literature provides a comprehensive collection of equations to estimate theterminal settling vel...
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...
Single particle settling velocities through water fluidized beds of mono-sized glass spheres (dp = 0...
Settling is the process by which particulates settle to the bottom of a liquid and form sediment. Th...
A method for predicting the terminal settling velocity of a single solid spherical particle in water...
This note establishes the fact that the settling velocity for fine flocculent particles in flowing a...
A theoretical and experimental study was made of the quiescent settling of the particles of a suspen...
The settling velocity of sediment is one of the essential parameters in studying freshwater reservoi...
A revision of the popular equation of Richardson and Zaki (1954a, Transactions of the Institute of C...
Based on the general relationship described by Cheng between the drag coefficient and the Reynolds n...
ABSTRACT: A new and simplified formula for predicting the settling velocity of natural sediment part...
AbstractBased on the general relationship described by Cheng between the drag coefficient and the Re...
Our study proposes a new mathematical model for predicting the gravitational settling velocity of se...
International audienceThe modelling of pollutant transfer in freshwater systems can be refined by co...