Searched for: author%3A%22Hulscher%2C+SJMH%22
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Wijnberg, K.M. (author), Nijhuis, S. (author), Hulscher, SJMH (author), van Bergen, J. (author), Meyer, Han (author), Hoonhout, B. (author), Janssen, M. (author), Hoekstra, J.D. (author), de Groot, A.V. (author), Goessen, P. (author), van Gelder-Maas, C. (author)
The land-sea interface is a very attractive location for humans to settle. In the case of low lying, sedimentary coastlines this can be a risky location, as these shorelines are inherently dynamic in nature. Accelerating rates of relative sea level rise will increase coastal erosion, creating world-wide growing demands for coastal protection...
abstract 2017
Willemsen, P.W.J.M (author), Borsje, B.W. (author), Vuik, V. (author), Janssen, S.K.H. (author), Bouma, T. J. (author), Hulscher, SJMH (author)
abstract 2016
Chen, Wen L. (author), Roos, Pieter C. (author), Schuttelaars, H.M. (author), Kumar, M. (author), Zitman, T.J. (author), Hulscher, SJMH (author)
Because wind is one of the main forcings in storm surge, we present an idealised process-based model to study the influence of topographic variations on the frequency response of large-scale coastal basins subject to time-periodic wind forcing. Coastal basins are represented by a semi-enclosed rectangular inner region forced by wind. It is...
journal article 2016