Prediction of Erosion in Particulated single and Multiphase Flows - An Experimental and Modeling Approach

by Mazumder, Quamrul
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Mazumder, Quamrul Prediction of Erosion in Particulated single and Multiphase Flows - An Experimental and Modeling Approach
Mazumder, Quamrul - Prediction of Erosion in Particulated single and Multiphase Flows - An Experimental and Modeling Approach

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Description

Erosion in multiphase flow is a complex phenomenon due to existence of different flow patterns. The complexity of erosion increases significantly with entrained sand particles in the flow. Entrained sand particles in production fluids can severely erode pipes and cause failures creating potential safety risk for personnel and environment. A mechanistic model to predict erosion in multiphase flow has been developed in order to understand and evaluate the effect of liquid and gas rates on erosion results. The model uses sand particle velocities in the liquid and gas phases separately in calculating erosion in multiphase flow. The experimental erosion results for elbows were compared with the model predictions showing good agreement. Local thickness loss measurements were made in elbow specimens to determine the location of maximum erosion at different liquid and gas velocities. Thickness loss measurement showed the erosion profile in the elbow specimen and location of maximum erosion in elbow specimen.

Contributors

Author:
Mazumder, Quamrul

Further information

Biography Artist:
Dr. Quamrul Mazumder is currently a professor of mechanical engineering at University of Michigan- Flint teaching courses in fluid mechanics and engineering design. His research includes computational and experimental fluid mechanics, particulate and multiphase flow, erosion due to particle impact and alternative energy.
Language:
English
Number of Pages:
216
Media Type:
Softcover
Publisher:
VDM Verlag Dr. Müller

Master Data

Product Type:
Paperback book
Release date:
27 May 2010
Package Dimensions:
0.22 x 0.15 x 0.012 m; 0.367 kg
GTIN:
09783639062632
DUIN:
UGA02LTPED9
£59.54
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