Add to ORKGAn investigation into predicting failure of pneumatic conveyor pipe bends due to hard solid particle impact erosion has been carried out on an industrial scale test rig. The bend puncture point locations may vary with many factors. However, bend orientation was suspected of being a main factor due to the biased particle distribution pattern of a high concentration flow. In this paper, puncture point locations have been studied with different pipe bend orientations and geometry (a solids loading ratio of 10 being used for the high concentration flow). Test results confirmed that the puncture point location is indeed most significantly influenced by the bend orientation (especially for a high concentration flow) due to the biased particle dis...
This paper is aimed at demonstrating the requirement of selecting a proper bend model for accurately...
A study of particle deposition in industrial duct bends is presented. Particle deposition by size wa...
This project was brought about by the need to improve the accuracy of predicting the pressure losses...
Conveying hard and the abrasive materials has been one of the major operational problems in industri...
The main objective of this work is to determine the various fundamental parameters involved in the e...
Particle concentration is known as a main factor that affects erosion rate of pipe bends in pneumati...
Particle concentration is a principal factor that affects erosion rate of solid surfaces under parti...
The erosion processes resulting from flow of fluids (gas-solid or liquid-solid) are encountered in n...
The wear characteristics of three types of long radius pipe bends in the flow of multisized particul...
This paper results from an ongoing research into the modeling of losses due to bends in pneumatic co...
This thesis aimed to determine the influence of particle concentration on the magnitude of measured ...
Pneumatic conveying systems are employed across different industries with its routing flexibility be...
A study of particle deposition in industrial duct bends is presented. Particle deposition by size wa...
There are many great advantages to using pneumatic conveying systems for transport of materials, one...
Solid particle erosion is a mechanical process that removes material by the impact of solid particle...
This paper is aimed at demonstrating the requirement of selecting a proper bend model for accurately...
A study of particle deposition in industrial duct bends is presented. Particle deposition by size wa...
This project was brought about by the need to improve the accuracy of predicting the pressure losses...
Conveying hard and the abrasive materials has been one of the major operational problems in industri...
The main objective of this work is to determine the various fundamental parameters involved in the e...
Particle concentration is known as a main factor that affects erosion rate of pipe bends in pneumati...
Particle concentration is a principal factor that affects erosion rate of solid surfaces under parti...
The erosion processes resulting from flow of fluids (gas-solid or liquid-solid) are encountered in n...
The wear characteristics of three types of long radius pipe bends in the flow of multisized particul...
This paper results from an ongoing research into the modeling of losses due to bends in pneumatic co...
This thesis aimed to determine the influence of particle concentration on the magnitude of measured ...
Pneumatic conveying systems are employed across different industries with its routing flexibility be...
A study of particle deposition in industrial duct bends is presented. Particle deposition by size wa...
There are many great advantages to using pneumatic conveying systems for transport of materials, one...
Solid particle erosion is a mechanical process that removes material by the impact of solid particle...
This paper is aimed at demonstrating the requirement of selecting a proper bend model for accurately...
A study of particle deposition in industrial duct bends is presented. Particle deposition by size wa...
This project was brought about by the need to improve the accuracy of predicting the pressure losses...