Accepted abstracts
The list of contributions accepted by the scientific committee is listed alphabetically here.
1. Accurate evaluation of the Kochin function for added resistance using a high-order finite di fference-based seakeeping code Mostafa Amini-Afshar and Harry B. Bingham
2. Nonlocal Model for Deep Water Waves of a Potential Flow Michael Bestehorn, Peder A. Tyvand
3. Head-on collision between two hydroelastic solitary waves under a thin ice sheet floating on shallow water M. M. Bhatti and D. Q. Lu
4. Hydrodynamics of Side Wall Eff ects through Image Green Function based TEBEM Jikang Chen, Wenyang Duan and Binbin Zhao
5. A primary analysis of water wavefronts Xiaobo Chen, Ruipeng Li and Binbin Zhao
6. Numerical study of the hydrodynamic performance of a pile-restrained WEC-type floating breakwater Qiang Chen, Jun Zang, Xuanlie Zhao, Dezhi Ning
7. Preliminary study on coupling of viscous and potential flow using domain decomposition and relaxation zones Choi Y.M., Malenica S., Bouscasse B., Sopheak S., Monroy C., Gentaz L., and Ferrant,
8. Robust computation of steady water waves of arbitrary length Didier CLAMOND
9. Flexural gravity wave blocking in a two-layer fluid Santu Das, Trilochan Sahoo and Michael H. Meylan
10. Experimental and numerical investigation of sloshing in anti-roll tank using eff ective gravity angle. J. Ercolanelli, M. Le Boulluec, Y-M. Scolan, A. Babarit, P. Magaldi
11. Extraordinary transmission past cylinders in channels D.V. Evans, R. Porter, J.R. Chaplin
12. Efficient Methodology of Roll Load Prediction on 2D bodies in Nonlinear Flows Ratnakar Gadi, R.H.M Huijmans, Ido Akkerman and Riaan Vant Veer
13. Wave energy park interactions in short-crested waves Malin Goteman, Marianna Giassi, Cameron McNatt
14. Simulation of a fi xed cylinder in waves using the SWENSE method within a weakly-compressible approach M. Gouin, G. Oger and D. Le Touze
15. Analysis of the generation phase of the upstream waves caused by a ship moving across a depth change John Grue
16. Hybrid modeling of wave structure interaction with overlapping viscous-inviscid domains Jeff rey C.Harris, Christopher M. O’Reilly, Amin Mivehchi, Konstantin Kuznetsov, Christian F. Janssen, Stephan T. Grilli, Jason M. Dahl
17. Wave Diff raction by Multiple Vertical Cylinders: The Nonlinear Shallow Water Wave Equations Masoud Hayatdavoodi, Douglas R. Neill and R. Cengiz Ertekin
18. The waterline integral in the Neumann-Kelvin theory of ship waves Jiayi He, Francis Noblesse, Chen-Jun Yang, Wei Li, Gerard Delhommeau
19. On Natural Modes in Two-dimensional Asymmetric and Symmetric Moonpools in Finite Water Depth Haiyang Huang, Xinshu Zhang
20. E ffect of the body curvature on aircraft ditching hydrodynamics A. Iafrati
21. Backward Waves through Array of Rectangular Columns Takahito Iida and Masashi Kashiwagi
22. An Innovative EFD for Studying Ship Seakeeping Hidetsugu Iwashita and Masashi Kashiwagi
23. Water impact near the edge of a floating ice sheet T.I. Khabakhpasheva, Yang Chen, A.A. Korobkin,K. Maki
24. Dispersive shock water waves. Experiments and numerical comparisons O. Kimmoun, H.C. Hsu, A. Chabchoub
25. Interaction of hydroelastic waves in ice cover with vertical walls A.A. Korobkin, S. Malenica, T. Khabakhpasheva
26. Formation of waves riding on the forced free-surface flow Vasily K. Kostikov, Nikolay I. Makarenko
27. Prediction of Ship Operation Performance in Waves by Seakeeping- Maneuvering Coupled Analysis Jae-Hoon Lee, Yonghwan Kim
28. Wave-making problem by a vertical cylinder: Neumann-Kelvin theory versus Neumann-Michell theory Hui Liang, Xiaobo Chen, Xingya Feng
29. Challenges in developing a SWENSE two-phase CFD solver for complex wave conditions Zhaobin Li, Benjamin Bouscasse, Guillaume Ducrozet, Lionel Gentaz, and Pierre Ferrant
30. Transient wave run-up on cylinders due to wavefronts Ruipeng Li and Wenyang Duan
31. Numerical Simulation of Breaking Waves Using Adaptive Mesh Approach Cheng Liu, Changhong Hu
32. Numerical simulation of wave propagation over submerged reef Jinxuan Li, Jun Zang, Shuxue Liu, Wei Jia, Qiang Chen
33. Linearized seakeeping using CFD Malenica S., & Vukcevic V
34. Application of the Hydroelastic Theory of Ships to the Motion of Ice Shelves M. H. Meylan, L. G. Bennetts, M. Ilyas, B. Lamichhane and M. A. Peter
35. A second-order theory for wave energy converters with curved geometry Simone Michele, Emiliano Renzi, and Paolo Sammarco
36. On sloshing modes in square or nearly square moonpools Bernard Molin
37. Hydrodynamic investigation of a dual-chamber OWC Wave Energy Converter De-Zhi Ning, Rong-Quan Wang, Ying Gou
38. Boundary-integral relations in the theory of ship motions in regular waves Francis Noblesse
39. Semi-analytical solution for wave di ffraction-radiation by a truncated porous vertical cylinder Ouled Housseine C. & Malenica S
40. Rainbow trapping of water waves M. A. Peter, L. G. Bennetts and R. V. Craster
41. Long-period passing vessel forces on ships moored in a port Jo Pinkster and Arne van der Hout
42. Plate arrays as a water wave metamaterial R. Porter
43. The behaviour of short waves in the presence of large long waves R.C.T.Rainey
44. Time- and Frequency-domain Comparisons of the Wavepiston Wave Energy Converter Robert Read and Harry Bingham
45. Modelling nonlinear wave-body interaction with the Harmonic Polynomial Cell method combined with the Immersed Boundary Method on a fixed grid Fabien Robaux, Michel Benoit
46. Wave Energy Conversion using Machine Learning Forecasts and Model Predictive Control. Paul D. Sclavounos and Yu Ma
47. Large time behaviour of the ice cover caused by a load moving along a frozen channel K.A. Shishmarev, T.I. Khabakhpasheva and A.A. Korobkin
48. Validation of damaged ship hydrodynamics by a Domain Decomposition Approach using the Harmonic Polynomial Cell method and OpenFOAM Mohd Atif Siddiqui, Marilena Greco, Giuseppina Colicchio ,Odd M. Faltinsen
49. An experimental setup for wave-body forces in shear currents Benjamin K. Smeltzer, Eirik AEsoy, Yan Li, Simen AA. Ellingsen
50. Numerical simulation of wave impact with air cavity e ffects Bingyue Song, Chongwei Zhang
51. The Uniform Motion of an External Load along the Edge of the Ice Cover Izolda V. Sturova and Larisa A. Tkacheva
52. Experiments on the water entry and/or exit of a cone Alan Tassin, Thibaut Breton, Nicolas Jacques
53. Wave Transmission through Vertical Thin Barriers with Gaps in Channels by a Hyper Singular BEM B Teng, J Huang, Y F Zhao and Y Gou
54. Experimental study of the fast exit of a plate lifting from a water surface P. Vega-Martinez, J. Rodriguez-Rodriguez, T.I. Khabakhpasheva, A.A. Korobkin
55. Reconstruction of an extreme wave profi le with analytical methods Thomas Vyzikas, Marc Prevosto, Christophe Maisondieu, Alan Tassin, and Deborah Greaves
56. A harmonic polynomial method based on Cartesian grids with local re finement for complex wave-body interactions Jingbo Wang, Odd M. Faltinsen
57. A Combined CFD/Potential Flow Simulation Method for Prediction of Hydrodynamic Maneuvering Forces Paul F. White, Robert F. Beck, Kevin J. Maki, and Dominic J. Piro
58. Study on Asymptotic Formula for Added Resistance in Short Waves Kyung-Kyu Yang, Yonghwan Kim and Yoo-Won Jung
59. Unsteady waves generated by two ships with di fferent speeds Zhi-Ming Yuan, Ronald W. Yeung
60. The role of overtopping duration in greenwater loading Xiantao Zhang, Hugh Wolgamot, Scott Draper, Wenhua Zhao and Liang Cheng
61. Ampli cation of wave run-up in random waves driven by tertiary interactions W. Zhao, P. H. Taylor, H.A. Wolgamot, R. Eatock Taylor
62. Steady solution of internal solitary waves in linear shear current B.B. Zhao, Z. Wang, W.Y. Duan, W.Q. Yang, R.C. Ertekin
Oral presentations have a time slot of totally 22 minutes, including approximately 18 minutes for presentation, 4 minutes for discussion and time for change over to the next speaker.
Please contact the organizers (iwwwfb2018@ensta-bretagne.fr) if your abstract has been accepted but it subsequently emerges you/coauthors are unable to present your paper at the Workshop.