DatasetThe notional permeability of breakwaters: experimental research on the permeability factor P
►►►►► Link as https://doi.org/10.4121/uuid:2447c7ea-3c3f-4e70-a7cb-08f217cfa968 | How to cite this dataset
?title | The notional permeability of breakwaters: experimental research on the permeability factor P |
?creator | Kik, R. (Rémon) |
?contributor | Maertens, J. |
?contributor | Stive, M.J.F. |
?contributor | TU Delft, Faculty of Civil Engineering and Geoscience, Department of Hydraulic Engineering |
?contributor | Uijttewaal, W.S.J. (Wim) |
?contributor | Van den Bos, J.P. |
?contributor | Van der Meer, J.W. |
?contributor | Verhagen, H.J. (Henk Jan) |
?date accepted | 2013 |
?date created | 2011-06 |
?date published | 2011 |
?description | The coefficient in the Van der Meer formula, described as the Notional Permeability P, has been determined for three different types of structures. A homogeneous structure, a structure with a permeable core and an impermeable structure. In practice structures are being build who deviate from these standard situations. Therefore there is a demand for values of P about structures other than the known standard situations. In this thesis P values are found by means of physical scale model tests. First of all two reference structures were tested. The permeable and the impermeable structure with known values of P= 0.5 and respectively P=0.1. The values found in this study are almost equal to the values above. The new structure has an impermeable core covered with a thick filter layer. On top of that an under layer is placed and finally there is a double armour layer. |
?keyword | breakwater ◊ notional permeability ◊ Van der Meer formula |
?language | en |
?publisher | TU Delft |
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DATA
MD5: 2b5a7f4732d8c60549d49da125fb07acsize: 483390175 (461 MiB)
Data (472 MiB) (application/zip)