Add to ORKGA simulation model based on the concepts developed previously (Tien et. al. 1977, Wang et. al. 1977) for the deposition of particles from suspensions flowing past single spherical and cylindrical collectors is presented. The model is capable of providing detailed information about the formation and growth of particle deposits at the surface of the collector. Reasonably good agreement with experimental data was observed.#B018103
A computer program has been developed to simulate the filtration process in fibrous filters collecti...
A computer model was developed to simulate the cake formation and growth in cake filtration at an in...
A model to predict the atmospheric dry deposition velocities of particles has been developed that is...
The application of a model of fine particles initial deposition from a flowing suspension on smooth ...
The objective of this work is to develop a general technique for a better quantitative understandi...
In this work several geometries, each representing a different porous medium, are considered to perf...
Aerosol particle deposition rates on surfaces inside a clean room are predicted by a model developed...
A model of fine particles deposition from a flowing suspension on smooth surfaces is developed. It i...
Predictions for the number of particles depositing from fully developed turbulence onto a fully roug...
A large number of investigators have taken on the task of formulating the mechanisms of the particl...
The model to predict particle deposition velocity on rough walls in fully developed turbulent duct f...
Studies performed under Contract DE-AC02-79-ER10386.A000 Particle Deposition in Granular Media durin...
To interpret the deposits from particle-laden flows it is necessary to understand particle settling ...
Several mathematical formalisms have been proposed to calculate particle transport onto airway surfa...
A model has been developed that can be used to predict the transport of non-spherical particles in t...
A computer program has been developed to simulate the filtration process in fibrous filters collecti...
A computer model was developed to simulate the cake formation and growth in cake filtration at an in...
A model to predict the atmospheric dry deposition velocities of particles has been developed that is...
The application of a model of fine particles initial deposition from a flowing suspension on smooth ...
The objective of this work is to develop a general technique for a better quantitative understandi...
In this work several geometries, each representing a different porous medium, are considered to perf...
Aerosol particle deposition rates on surfaces inside a clean room are predicted by a model developed...
A model of fine particles deposition from a flowing suspension on smooth surfaces is developed. It i...
Predictions for the number of particles depositing from fully developed turbulence onto a fully roug...
A large number of investigators have taken on the task of formulating the mechanisms of the particl...
The model to predict particle deposition velocity on rough walls in fully developed turbulent duct f...
Studies performed under Contract DE-AC02-79-ER10386.A000 Particle Deposition in Granular Media durin...
To interpret the deposits from particle-laden flows it is necessary to understand particle settling ...
Several mathematical formalisms have been proposed to calculate particle transport onto airway surfa...
A model has been developed that can be used to predict the transport of non-spherical particles in t...
A computer program has been developed to simulate the filtration process in fibrous filters collecti...
A computer model was developed to simulate the cake formation and growth in cake filtration at an in...
A model to predict the atmospheric dry deposition velocities of particles has been developed that is...