Add to ORKGThe aim of this work is to develop numerical methods to model the effects that particle deposit collected by fibrous filters has upon the flow field within the filter and hence upon further deposition. A single fibre model has been developed with the deposit modelled as a porous layer on the fibre surface. Using mathematical techniques the flow field outside and within the porous layer are determined. Once the flow field for a particular deposit has been obtained the equations of motion of the particles are solved and the feedback effects of the deposit upon further deposition investigated. The mechanisms of interception and diffusion are considered. It is found that for the smaller particles the porosity of the deposit has an insignificant...
Air filters are usually composed of fibres that are laid randomly and planarly by using some nonwove...
Experimental deposition efficiencies for deposition from laminar flow in fibrous filters containing ...
In case of depth filtration in fibrous filter media, pressure drop, permeability, filter efficiency,...
The aim of this work is to develop numerical methods to model the effects that particle deposit coll...
This work is aimed at developing numerical methods to model the effects that particle deposit collec...
When deposit accumulates inside a fibrous filter the fluid flow through the filter, and hence the fi...
Fibrous filters generally consist of many threadlike fibres oriented more or less normal to the flui...
This work is aimed at developing numerical methods for calculating diffusive and interceptive deposi...
Using a previously developed theory, which allows for changes in gas flow from deposit growth, calcu...
This paper presents results of theoretical and experimental investigations of the effect of...
A geometric model for the 3 dimensional structure of nonwoven was developed. It contains the porosit...
The various topics investigated in the course of the preparation of this thesis can by unified under...
A geometric model for the 3 dimensional structure of nonwoven was developed. It contains the porosit...
Fibrous filters are widely used to separate particles from fluid flow. They generally consist of man...
A filtration model for wall-flow particulate filters based on the theory of packed beds of spherical...
Air filters are usually composed of fibres that are laid randomly and planarly by using some nonwove...
Experimental deposition efficiencies for deposition from laminar flow in fibrous filters containing ...
In case of depth filtration in fibrous filter media, pressure drop, permeability, filter efficiency,...
The aim of this work is to develop numerical methods to model the effects that particle deposit coll...
This work is aimed at developing numerical methods to model the effects that particle deposit collec...
When deposit accumulates inside a fibrous filter the fluid flow through the filter, and hence the fi...
Fibrous filters generally consist of many threadlike fibres oriented more or less normal to the flui...
This work is aimed at developing numerical methods for calculating diffusive and interceptive deposi...
Using a previously developed theory, which allows for changes in gas flow from deposit growth, calcu...
This paper presents results of theoretical and experimental investigations of the effect of...
A geometric model for the 3 dimensional structure of nonwoven was developed. It contains the porosit...
The various topics investigated in the course of the preparation of this thesis can by unified under...
A geometric model for the 3 dimensional structure of nonwoven was developed. It contains the porosit...
Fibrous filters are widely used to separate particles from fluid flow. They generally consist of man...
A filtration model for wall-flow particulate filters based on the theory of packed beds of spherical...
Air filters are usually composed of fibres that are laid randomly and planarly by using some nonwove...
Experimental deposition efficiencies for deposition from laminar flow in fibrous filters containing ...
In case of depth filtration in fibrous filter media, pressure drop, permeability, filter efficiency,...