2021
Authors
Zolfagharnasab, MH; Salimi, M; Aghanajafi, C;
Publication
International Journal of Heat and Mass Transfer
Abstract
2021
Authors
Zolfagharnasab, MH; Salimi, M; Zolfagharnasab, H; Alimoradi, H; Shams, M; Aghanajafi, C;
Publication
POWDER TECHNOLOGY
Abstract
Erosion has been recognized as one of the major threats for industries involving multiphase transportation pipelines. Within the last decades, effective parameters on wear pattern have been identified. As a result, the (famous) V-shaped erosion profile has been detected for the pipes' elbow section. In this study, CFD is employed to investigate the erosion mechanism on the square duct elbows. A novel erosion pattern has been observed for square ducts in comparison with the pipes. The impact of several parameters (particle and flow velocity, secondary flow, turbulent intensity, particle streamline) has been inspected as well. It has been led to the conclusion that the erosion rate of square ducts is lower than common pipes, especially when either higher flow velocities or bigger particles size are employed.
2021
Authors
Abdellatif, AA; Chiasserini, CF; Malandrino, F; Mohamed, A; Erbad, A;
Publication
IEEE Transactions on Vehicular Technology
Abstract
2021
Authors
Awad Abdellatif, A; Samara, L; Mohamed, A; Erbad, A; Chiasserini, CF; Guizani, M; O’Connor, MD; Laughton, J;
Publication
IEEE Internet of Things Journal
Abstract
2021
Authors
Saria Allahham, M; Awad Abdellatif, A; Mohamed, A; Erbad, A; Yaacoub, E; Guizani, M;
Publication
IEEE Internet of Things Journal
Abstract
2021
Authors
Abdellatif, AA; Allahham, MS; Mohamed, A; Erbad, A; Guizani, M;
Publication
ICC 2021 - IEEE International Conference on Communications
Abstract
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