Research Explorer

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Researcher

David Gallach Sanchez

Awards & Distinctions

20 Results

2021

A new average wave overtopping prediction formula with improved accuracy for smooth steep low-crested structures

David Gallach SanchezPeter TrochAndreas Kortenhaus

A1 Journal Article in COASTAL ENGINEERING

High-resolution, large-scale laboratory measurements of a sandy beach and dynamic cobble berm revetment

Chris E. BlenkinsoppPaul M. BayleDaniel C. ConleyGerd MasselinkEmily GulsonIsabel KellyRafael AlmarIan L. TurnerTom E. BaldockTomas Beuzen et al.

A1 Journal Article in SCIENTIFIC DATA

2018

A critical analysis and validation of the accuracy of wave overtopping prediction formulae for OWECs

David Gallach SanchezPeter TrochAndreas Kortenhaus

A1 Journal Article in ENERGIES

Average and wave-by-wave overtopping performance of steep low-crested structures

David Gallach SanchezPeter TrochAndreas Kortenhaus

Experimental study of wave overtopping performance of steep low-crested structures

David Gallach SanchezPeter TrochAndreas Kortenhaus

2017

Experimental study of overtopping behaviour of steep low-crested coastal structures

David Gallach SanchezPeter TrochAndreas Kortenhaus

Individual overtopping volumes for steep low-crested structures

David Gallach SanchezJeroen PlatteeuwPeter TrochAndreas Kortenhaus

Wave overtopping and wave-induced loads on coastal sea walls

Andreas KortenhausDavid Gallach SanchezMaximilian StreicherCorinna HohlsKoen TrouwCorrado AltomareTomohiro SuzukiDaphne ThoonPeter TrochJulien De Rouck

Wave overtopping on steep low-crested structures: another climate change challenge

David Gallach SanchezPeter TrochAndreas Kortenhaus

2016

Experimental study of average overtopping performance on steep low-crested structures for shallow water conditions

David Gallach SanchezMassimo IllegemsYannick WillemsPeter TrochAndreas Kortenhaus

Experimental study of overtopping behaviour of steep low-crested coastal structures

David Gallach SanchezPeter TrochAndreas Kortenhaus

2015

Experimental study of overtopping performance for the cases of very steep slopes and vertical walls with very small freeboards

Peter TrochJustine MollaertSofie PeelmanLander VictorJentsje Van der MeerDavid Gallach SanchezAndreas Kortenhaus

2014

Experimental study of overtopping performance for the cases of very steep slopes and vertical walls with very small freeboards

Peter TrochJustine MollaertSofie PeelmanLander VictorJentjse Van der MeerDavid Gallach SanchezAndreas Kortenhaus

Experimental study of overtopping performance for the cases of very steep slopes and vertical walls with very small freeboards

Peter TrochJustine MollaertSofie PeelmanLander VictorJentsje Van der MeerDavid Gallach SanchezAndreas Kortenhaus

Experimental study of overtopping performance of steeps slopes for shallow water wave conditions

David Gallach SanchezPeter TrochTalitha VromanLiam PintelonAndreas Kortenhaus

Experimental study of overtopping performance of steeps slopes for shallow water wave conditions

David Gallach SanchezPeter TrochTalitha VromanLiam PintelonAndreas Kortenhaus

Improved understanding of stability and overtopping performance of single layer haro blocks on rubble mound breakwaters

Andreas KortenhausHanne VloeberghMichael WeymeisDavid Gallach SanchezJulien De RouckPeter Troch

Improved understanding of stability and overtopping performance of single layer haro blocks on rublle mound breakwaters

Andreas KortenhausHanne VloeberghMichael WeymeisDavid Gallach SanchezJulien De RouckPeter Troch

Physical modelling of large wave energy converter arrays in a large-scale wave basin: the WECwakes project

Vicky StratigakiPeter TrochDavid ForehandTim StallardJens Peter KofoedMatthew FolleyMichel BenoitAurélien BabaritDavid Gallach SanchezLiesbet De Bosscher et al.

2013

Physical modelling of an array of 25 heaving wave energy converters to quantify variation of response and wave conditions

Peter TrochVicky StratigakiT StallardD ForehandM FolleyJP KofoedM BenoitA BabaritDavid Gallach SanchezL De Bosscher et al.