There are many processes in industry where a fluid has to be transported through pipelines. Maintenance due to erosion is one of the major causes of financial losses in industries such as shipbuilding, maritime, and power plants. Using Computational Fluid Dynamics (CFD), we plan to study bend configurations to reduce erosion under the light of the interaction between the particles and the flow along the main axial direction of bend and the secondary flows occurring in the cross sectional area of bend. The idea is to eventually propose elbow configuration standards to minimize erosion for which external funding is required
The purpose of the present study is to simulate the continuous bend erosion process in different dir...
Flow-accelerated corrosion (FAC) is the most common failure in production and processing industries ...
Conveying hard and the abrasive materials has been one of the major operational problems in industri...
Major solid particle erosion may lead to potential failure of upstream oil and gas producing wells. ...
Solid particle erosion is a mechanical process that removes material by the impact of solid particle...
The transmission of particle-bearing liquids in pipes has motivated continuing research into erosion...
The modernization of computer technology and commercial computational fluid dynamic (CFD) simulation...
A combination of computational fluid dynamics (CFD) and Lagrangian particle tracking has been used t...
The transmission of particle-bearing liquids in pipes has motivated continuing research into erosion...
The prediction of erosion damage due to sand presence during hydrocarbon production is a major threa...
Pipe erosion due to sand transport can have an adverse effect on the production efficiency of pipe-l...
Accurate prediction of erosion thickness is essential for pipe engineering. The objective of the pre...
With the increasing demand for natural gas in the world, ensuring the safety and stability of pipeli...
In the present study, erosion wear of a 90o pipe bend has been investigated using the Computational ...
Erosion of the elbow due to non-Newtonian viscous slurry flows is often observed in hydrocarbon tran...
The purpose of the present study is to simulate the continuous bend erosion process in different dir...
Flow-accelerated corrosion (FAC) is the most common failure in production and processing industries ...
Conveying hard and the abrasive materials has been one of the major operational problems in industri...
Major solid particle erosion may lead to potential failure of upstream oil and gas producing wells. ...
Solid particle erosion is a mechanical process that removes material by the impact of solid particle...
The transmission of particle-bearing liquids in pipes has motivated continuing research into erosion...
The modernization of computer technology and commercial computational fluid dynamic (CFD) simulation...
A combination of computational fluid dynamics (CFD) and Lagrangian particle tracking has been used t...
The transmission of particle-bearing liquids in pipes has motivated continuing research into erosion...
The prediction of erosion damage due to sand presence during hydrocarbon production is a major threa...
Pipe erosion due to sand transport can have an adverse effect on the production efficiency of pipe-l...
Accurate prediction of erosion thickness is essential for pipe engineering. The objective of the pre...
With the increasing demand for natural gas in the world, ensuring the safety and stability of pipeli...
In the present study, erosion wear of a 90o pipe bend has been investigated using the Computational ...
Erosion of the elbow due to non-Newtonian viscous slurry flows is often observed in hydrocarbon tran...
The purpose of the present study is to simulate the continuous bend erosion process in different dir...
Flow-accelerated corrosion (FAC) is the most common failure in production and processing industries ...
Conveying hard and the abrasive materials has been one of the major operational problems in industri...