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Modelling scour around submerged objects with TELEMAC3D - GAIA

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Standard Standard

Modelling scour around submerged objects with TELEMAC3D - GAIA. / Yiannoukos, Irinios; Benson, Thomas; Van Landeghem, Katrien et al.
Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference. ed. / W.A. Breugem; L. Frederickx; T. Koutrouveli; R. Kulkarni; K. Chu; B. Decrop. International Marine & Dredging Consultants, 2020. p. 68-73.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

HarvardHarvard

Yiannoukos, I, Benson, T, Van Landeghem, K, Couldrey, A, Whitehouse, R, McCarron, C, Quinn, R, Morgan, J, Roberts, M & Clayton-Smith, B 2020, Modelling scour around submerged objects with TELEMAC3D - GAIA. in WA Breugem, L Frederickx, T Koutrouveli, R Kulkarni, K Chu & B Decrop (eds), Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference. International Marine & Dredging Consultants, pp. 68-73.

APA

Yiannoukos, I., Benson, T., Van Landeghem, K., Couldrey, A., Whitehouse, R., McCarron, C., Quinn, R., Morgan, J., Roberts, M., & Clayton-Smith, B. (2020). Modelling scour around submerged objects with TELEMAC3D - GAIA. In W. A. Breugem, L. Frederickx, T. Koutrouveli, R. Kulkarni, K. Chu, & B. Decrop (Eds.), Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference (pp. 68-73). International Marine & Dredging Consultants.

CBE

Yiannoukos I, Benson T, Van Landeghem K, Couldrey A, Whitehouse R, McCarron C, Quinn R, Morgan J, Roberts M, Clayton-Smith B. 2020. Modelling scour around submerged objects with TELEMAC3D - GAIA. Breugem WA, Frederickx L, Koutrouveli T, Kulkarni R, Chu K, Decrop B, editors. In Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference. International Marine & Dredging Consultants. pp. 68-73.

MLA

Yiannoukos, Irinios et al. "Modelling scour around submerged objects with TELEMAC3D - GAIA"., Breugem, W.A., Frederickx, L. and Koutrouveli, T. Kulkarni, R. Chu, K. Decrop, B. (editors). Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference. Chapter River, estuaries, maritime, coastal sediment processes, International Marine & Dredging Consultants. 2020, 68-73.

VancouverVancouver

Yiannoukos I, Benson T, Van Landeghem K, Couldrey A, Whitehouse R, McCarron C et al. Modelling scour around submerged objects with TELEMAC3D - GAIA. In Breugem WA, Frederickx L, Koutrouveli T, Kulkarni R, Chu K, Decrop B, editors, Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference. International Marine & Dredging Consultants. 2020. p. 68-73

Author

Yiannoukos, Irinios ; Benson, Thomas ; Van Landeghem, Katrien et al. / Modelling scour around submerged objects with TELEMAC3D - GAIA. Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference. editor / W.A. Breugem ; L. Frederickx ; T. Koutrouveli ; R. Kulkarni ; K. Chu ; B. Decrop. International Marine & Dredging Consultants, 2020. pp. 68-73

RIS

TY - GEN

T1 - Modelling scour around submerged objects with TELEMAC3D - GAIA

AU - Yiannoukos, Irinios

AU - Benson, Thomas

AU - Van Landeghem, Katrien

AU - Couldrey, Amelia

AU - Whitehouse, Richard

AU - McCarron, Connor

AU - Quinn, Rory

AU - Morgan, Jacob

AU - Roberts, Michael

AU - Clayton-Smith, Barney

PY - 2020/10/30

Y1 - 2020/10/30

N2 - The ever-increasing need for seabed infrastructure enabling offshore centralised storage and renewable energy extraction requires accurate predictions of erosion and deposition of surrounding seafloor sediments. As offshore surveys are prohibitively expensive and time-consuming, improved flow simulations around seabed objects are preferred. In this study, a coupled TELEMAC3D-GAIA model is developed to help understand the interaction of the enhanced diverted flow around a submerged cylinder with the surrounding bed in a controlled laboratory environment. The present study focuses mainly at the shape of the object in the computation domain. The performance of TELEMAC3D-GAIA for simulating scour in the wake of the object is assessed in terms of the accuracy of the hydrodynamic simulation and the morphodynamics of the bed evolution. Preliminary results from the simulations show a potential of using TELEMAC3D-GAIA to simulate the flow and bed dynamics around submerged objects.

AB - The ever-increasing need for seabed infrastructure enabling offshore centralised storage and renewable energy extraction requires accurate predictions of erosion and deposition of surrounding seafloor sediments. As offshore surveys are prohibitively expensive and time-consuming, improved flow simulations around seabed objects are preferred. In this study, a coupled TELEMAC3D-GAIA model is developed to help understand the interaction of the enhanced diverted flow around a submerged cylinder with the surrounding bed in a controlled laboratory environment. The present study focuses mainly at the shape of the object in the computation domain. The performance of TELEMAC3D-GAIA for simulating scour in the wake of the object is assessed in terms of the accuracy of the hydrodynamic simulation and the morphodynamics of the bed evolution. Preliminary results from the simulations show a potential of using TELEMAC3D-GAIA to simulate the flow and bed dynamics around submerged objects.

M3 - Conference contribution

SN - 9789464207194

SP - 68

EP - 73

BT - Online proceedings of the papers submitted to the 2020 TELEMAC-MASCARET User Conference

A2 - Breugem, W.A.

A2 - Frederickx, L.

A2 - Koutrouveli, T.

A2 - Kulkarni, R.

A2 - Chu, K.

A2 - Decrop, B.

PB - International Marine & Dredging Consultants

ER -