Introduction to Bed, Bank and Shore Protection
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|Format: ||Paperback, 416 pages|
|Other Information: ||Illustrated|
|Published In: ||United Kingdom, 01 December 2003|
The interface of land and water has always played an important role in human activities; settlements are often located at coasts, riverbanks or deltas. When the interface consists of rock, erosion is usually negligible, but finer material can make protection necessary. In a natural situation, the interface moves freely with erosion and sedimentation. Nothing is actually wrong with erosion, unless certain interests are threatened. Erosion is somewhat like weed: as long as it does not harm any crop or other vegetation, no action is needed or even wanted. There should always be a balance between the effort to protect against erosion and the damage that would occur otherwise. Moreover, it should be kept in mind that, once a location is protected along a coast or riverbank that has eroded on a large scale, the protected part can induce extra erosion and in the end the whole coast or bank will have to be protected. So, look before you leap, should be the motto. A lot of cases remain where protection is useful. Along canals, rivers, estuaries, bank protection is often needed to withstand the loads caused by flow, waves or ships. Shore protection structures include seawalls, revetments, dikes and groynes. Bed protection is necessary where bottom erosion could endanger structures, like bridge piers, abutments, in- or outlet sluices or any other structures that let water pass through.
Table of Contents
1. Introduction. 2. Flow - Loads. 3. Flow - Stability. 4. Flow - Erosion. 5. Porous Flow - General. 6. Porous Flow - Filters. 7. Waves - Loads. 8. Waves - Erosion and Stability. 9. Ships - Loads, Stability and Erosion. 10. Dimensions. 11. Protections. 12. Environment. 13. Construction. Appendix A - Material Properties. Appendix B- Examples. List of Symbols. References. Index.
About the Author
Gerrit Jan Schiereck graduated at Delft University of Technology in 1972 in hydraulic engineering. He started working for Rijkswaterstaat (the Dutch public works department, responsible for sea defence, river management, roads etc.) and was involved in many projects (e.g. Eastern Scheldt storm surge barrier, water management Netherlands delta area, inland navigation). In 1992 he became associate professor in hydraulic engineering at Delft University until 2000 when he returned Rijkswaterstaat.
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