... approximation to the corner and corner-adjacent nodes. Numerical experiments demonstrate the excellent precision of the methodology. coastal engineering numerical modelling waves & wave loading Accurate solutions to the Laplace equation within and on a two-dimensional surface are a routine...

... time series for precise comparison. 29 03 2019 21 05 2019 ICE Publishing: All rights reserved 2019 coastal engineering hydraulics & hydrodynamics sea defences Recent years have seen an increased frequency and intensity of storm events around the coasts of Britain...

... coastal engineering fluid mechanics mathematical modelling Recently, numerical wave tanks in computational fluid dynamics (CFD) models have been increasingly employed to assist the design optimisation of coastal structures, along with physical modelling data (Cuomo et al., 2013...

... diffusive convection process leads to a complex interplay between instantaneous free-surface deformations, velocity fluctuations and interfacial processes including breakup and coalescence. 01 10 2016 21 10 2016 ICE Publishing: All rights reserved 2016 coastal engineering fluid...

... on impacted structures. The capabilities of SPH to model wave–structure interaction for coastal engineering problems were presented by Altomare et al. (2015) , Barreiro et al. (2013) and Dalrymple et al. (2009) . Previous studies by the authors have demonstrated...

..., in the works of Hsiao and Lin (2010) and Higuera et al. (2013). In this paper, an OpenFOAM^®-based numerical model is presented for applications in coastal engineering. The model uses the relaxation zone method for wave generation and absorption (Jacobsen et al., 2012 ; Mayer...

... in tsunami events. 17 4 2014 09 12 2013 ICE Publishing: All rights reserved 2014 coastal engineering computational mechanics sea defences In order to produce structurally resilient design, it is necessary to understand the wave and structure interaction, and in particular...

... exceeds the total number of cells, the kernel is permitted to exit early, that is if (index > = N*M) return; 18 4 2014 26 11 2014 ICE Publishing: All rights reserved 2014 coastal engineering fluid mechanics hydraulics & hydrodynamics C_f...

... profile (at the 1/15 scale used in the laboratory) is given by McCabe et al. (2013). ICE Publishing: All rights reserved 2014 coastal engineering computational mechanics sea defences B constant controlling linear dispersion in SWAB model...

... 2014 ICE Publishing: All rights reserved 2014 coastal engineering floods & floodworks hydraulics & hydrodynamics The Hellenic subduction zone is an active tectonic feature of the eastern Mediterranean Sea and represents the subduction of the Nubia (Africa) plate beneath...

... would suggest the wave length as the dominant length scale, which prompts a dimensionless representation as (1) f ( h L ,   H L ) coastal engineering fluid mechanics offshore engineering Analytical solutions for steady progressive waves in deep (Stokes waves...

... approach, but equally a number of issues unique to the shallow water context. The theory is formulated and demonstrated in this paper. Its credibility at very moderate order extends to about 88% of the limit wave. ICE Publishing: All rights reserved 2012 coastal engineering computational...

... properties of any isolated localised hill-like feature such as pollution concentration levels away from an outfall. 05 8 2010 20 3 2008 ICE Publishing: All rights reserved 2012 coastal engineering mathematical modelling statistical analysis The evolution of the sea-bed...

... w₀ surface width of exchange flow ξ shape parameter ρ₁ river-basin water density ρ₂ sea-basin water density coastal engineering environment hydraulics & hydrodynamics In salt-wedge estuaries, fresh, riverine water flows seaward over...

... Telford Ltd 2009 coastal engineering floods & floodworks waterways & canals NOTATION a acceleration a * dimensionless acceleration ( = a t / g h 0 ) b sump width c_f friction coefficient...