The Importance of Hydraulic Structures for Society: Quay Walls and Dikes in the Netherlands

Jarit de Gijt




Abstract


Since mankind exists, men have undertaken engineering activities to make their life more pleasant and secure. However this has not been an easy task, especially in the past. The knowledge of mathematics and physics to describe engineering problems became available only since 1400-1500. Nevertheless, great achievements have been made by man before that time, e.g. the pyramids in Egypt, the first sluice in China, the Borobudur temple in Indonesia, and the design and building activities of the Inca’s in South America. To illustrate this development, also the world economy, world ecology will be shortly mentioned. The structures that are briefly discussed in this paper are: soil and concrete dams for generating electricity, reservoirs for irrigation and drinking water, dikes, sluices, inland and sea, tunnels, and quay walls. This paper presents an overview of hydraulic structures in general with the emphasis on quay walls and dikes in the Netherlands. Examples of these structures will be discussed illustrating present state of the art and also with a view to the future. Conclusions and recommendations are given to enhance the knowledge of hydraulic structures.


Keywords


Quaywalls; shiplocks; dikes; settlement; ship; probabilistic design

References


  1. Ansar, A. et al., Should We Build more Large Dams? The Actual Costs of Hydropower Mega-project Development, Energy Policy, 2014.
  2. de Gijt, J.G., van Kleef, J.M., Development of Port Design and Construction in the Port of Rotterdam, International Conference on Port-Maritime Development and Innovation, 5-7 September 2005, Rotterdam, The Netherlands, 2005.
  3. Needham, J. Science and Civilisation in China, 1(6), 1986, Cambridge, Cambridge University Press.
  4. Wikipedia, Dams, Locks Innovations in Navigation Locks, PIANC Report no: 106,2009
  5. www.portofantwerp.be
  6. Diekman, J.E., Past Perfect: Historical Antecedents of Modern Construction Practices, ASCE Journal of Construction and Management, September, 2005
  7. de Gijt, J.G., A History of Quay Walls, PhD, Delft University of Technology, 2010.
  8. De Bosatlas van Nederland Waterland ISBN 9789001/14 13 12 11 10,2010
  9. Sinking Cities, an Integrated Approach towards Solutions, Deltares, 2013.
  10. De Ingenieur no 18, Ruimte voor de rivier.
  11. Mooyaaart L., Jonkman S.N., Vries de P., van der Thoorn A., and Ledden M., Storm Surge Barrier: Overview and Design Considerations, Coastal Engineering Proceedings, 2014.
  12. www.rijkswaterstaat.nl
  13. Broos, E.J. and de Gijt, J.G., The Demolishing of the EMO Quay Wall in the Amazonehaven, Port of Rotterdam, HTG Congress 2014, Berlin, 21-23 May 2014.
  14. de Gijt, J.G. and Broeken, M.L., Quay Walls, 2013, Francis Taylor editors.
  15. Tisheh, I., Vellinga, T., de Gijt J.G., Braam, C.R., and Broos, E.J., The Feasibility Research of Standard Quay Walls for the Port of Rotterdam, MSc Thesis 2015 TUDelft.
  16. Mourillon, M., Bakker, K.J., de Gijt, J.G., Broos, E.J., and Vellinga, T., Research into the Damage of the Demolised Quay Wall in the Aamazonehaven, M.Sc Thesis, 2015, TU Delft.
  17. Kolman, R., Newland in the Water, Economically and Socially, Land Reclamation, Terra et Aqua, 128, September 2012.
  18. de Gijt, J.G., Lecture Notes Port Infrastructure, CT 5313, 2014 TU Delft.


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