Stokes\u27 law is the fundamental equation describing the settling behaviour of a particle. However, this equation is only applicable when the particle is spherical and impermeable. Therefore, it is not suitable to describe the settling behaviour of aggregates found in many industrial applications due to the nonsphericity and the existence of pores in the aggregates. Many people have tried to improve Stokes\u27 law, and have developed new models to describe the sedimentation of aggregates. In this paper, these models are reviewed. Strengths and weaknesses of these models are discussed, and potential for further development outlined
Two groups of aggregates with fractal dimensions of 1.81 ± 0.09 and 2.33 ± 0.07 were generated by co...
Contaminants in aquatic systems tend to associate with particles and colloidal material and their im...
Aggregates formed by Brownian motion, shear motion, and differential sedimentation are found to be f...
Aggregates generated in water and wastewater treatment systems and those found in natural systems ar...
Amodel to predict fractal dimension from sedimentating fractal aggregates has been successfully deve...
Sedimentation of fractal aggregates (200-1000 μm) and their coagulation with suspended small particl...
It is well known that the permeability and density of an aggregate decreases with its size, affectin...
Abstract}It is well known that the permeability and density of an aggregate decreases with its size,...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
This dissertation includes two parts (designated A and B) that serve two separate but related resear...
It is an undoubted fact that particle aggregates from marine, aerosol, and engi-neering systems have...
When a system of identical spheres settles under conditions of negligible surface and inertial force...
Two groups of aggregates with fractal dimensions of 1.81 ± 0.09 and 2.33 ± 0.07 were generated by co...
Contaminants in aquatic systems tend to associate with particles and colloidal material and their im...
Aggregates formed by Brownian motion, shear motion, and differential sedimentation are found to be f...
Aggregates generated in water and wastewater treatment systems and those found in natural systems ar...
Amodel to predict fractal dimension from sedimentating fractal aggregates has been successfully deve...
Sedimentation of fractal aggregates (200-1000 μm) and their coagulation with suspended small particl...
It is well known that the permeability and density of an aggregate decreases with its size, affectin...
Abstract}It is well known that the permeability and density of an aggregate decreases with its size,...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
We propose a scaling model far incoherent soil particles aggregates. We assume that the surface of t...
This dissertation includes two parts (designated A and B) that serve two separate but related resear...
It is an undoubted fact that particle aggregates from marine, aerosol, and engi-neering systems have...
When a system of identical spheres settles under conditions of negligible surface and inertial force...
Two groups of aggregates with fractal dimensions of 1.81 ± 0.09 and 2.33 ± 0.07 were generated by co...
Contaminants in aquatic systems tend to associate with particles and colloidal material and their im...
Aggregates formed by Brownian motion, shear motion, and differential sedimentation are found to be f...