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5 research data, page 1 of 1

Vetiver grass as bank protection against vessel-induced loads

Jaspers Focks, D.J. (Dirk Jan) (2004)
Publisher: TU Delft, department hydraulic engineering
Measured erosion rates in the lab in a clay mixture with roots of Vetiver grass under attack of small waves. Tests were done on prototype scale.

Wave attenuation in mangrove wetlands. Red River Delta, Vietnam

De Vos, W.J. (Willem Jan) (2004)
Publisher: TU Delft, department hydraulic engineering
Field measurements of wave transmission in mangrove fields, data with focus on mangrove density.

Influences of fluid accelerations on the threshold of motion

Tromp, M. (Maarten) (2004)
Publisher: TU Delft, department hydraulic engineering
Experiment to measure stone stability under accelarating flow. During the experiment 78 test series have been performed with changing wave steepnesses in order to create scenarios of similar horizontal near-bed velocities, but with different accelerations. Another 22 of such tests series have been carried out with stones that have a smaller diameter.

The influence of flow acceleration on stone stability

Dessens, M. (Michiel) (2004)
Publisher: TU Delft, department hydraulic engineering
By carrying out experiments in a flume containing a local contraction, the stone stability in an accelerated flow is investigated. In the contraction the stability of two different stone sizes, subject to different velocity-acceleration combinations, is analysed. If the hypothesis is correct, than for some velocity-acceleration combinations movement occurs while for the same velocity combined with a lower acceleration no movement occurs.

Remote sensing of the river Rhine plume

Arentz, L. (Loana) (2004)
Publisher: TU Delft, Department Hydraulic Engineering
The data content of remote sensing (RS) images of sea surface temperature (SST) and normalized water-leaving radiance (nLw), for the year 1998, with respect to the River Rhine plume, is investigated. Questions that this study tries to answer are: is it possible to identify the plume from the available RS images, and under which conditions is this possible? How much information on the plumes behaviour can be derived from these images? Does or can this information contribute to our general know...
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