Breakwaters and closure dams
This book is primarily a text book for graduate students in Civil Engineering. It places the developments in their historic perspective, at least when this contributes to better understanding.
The book builds on a variety of courses on subjects such as fluid mechanics, hydraulic engineering, coastal engineering and bed, bank and shore protection, design process, and probabilistic design. Many subjects are refreshed briefly.
At first sight it seems strange to combine the design of two rather dedicated types of structures with distinctly different purposes, however from an educational point of view this is not so. In both cases the design process requires that due attention should be paid to:
the functional requirements,
the various limit states to which a structure will be exposed in relation to the requirements,
the various limit states that occur during construction phases,
the relation between these limit states and the occurrence of certain natural conditions.
The differences between closure dams and breakwaters will enable us to focus attention on the above mentioned considerations. In addition to this, there are also quite a number of similarities. In this respect, the book deals also with construction materials, such as quarry stone, concrete blocks and caissons, which are widely used in both types of structures. The same applies to a wide range of construction equipment, both floating and rolling, and, last but not least, the interdependence between design and construction.
Contents: 1. Introduction 2. Positioning the subject 3. The design process 4. Considerations at system level 5. Use of theory 6. Data collection 7. Stability of randomly placed rock mounds 8. Dynamic stability 9. Stability of monolithic breakwaters 10. Wave - structure interaction 11. Design practice of breakwater cross-sections 12. Design practice for closure dams 13. Construction methods for granular material 14. Construction methods for monolithic structures 15. Failure modes and optimization 16. Flow development in closure gaps 17. Review Appendices
http://www.vssd.nl/hlf/f011.htm
Breakwaters and closure dams
This book is primarily a text book for graduate students in Civil Engineering. It places the developments in their historic perspective, at least when this contributes to better understanding.
The book builds on a variety of courses on subjects such as fluid mechanics, hydraulic engineering, coastal engineering and bed, bank and shore protection, design process, and probabilistic design. Many subjects are refreshed briefly.
At first sight it seems strange to combine the design of two rather dedicated types of structures with distinctly different purposes, however from an educational point of view this is not so. In both cases the design process requires that due attention should be paid to:
the functional requirements,
the various limit states to which a structure will be exposed in relation to the requirements,
the various limit states that occur during construction phases,
the relation between these limit states and the occurrence of certain natural conditions.
The differences between closure dams and breakwaters will enable us to focus attention on the above mentioned considerations. In addition to this, there are also quite a number of similarities. In this respect, the book deals also with construction materials, such as quarry stone, concrete blocks and caissons, which are widely used in both types of structures. The same applies to a wide range of construction equipment, both floating and rolling, and, last but not least, the interdependence between design and construction.
Contents: 1. Introduction 2. Positioning the subject 3. The design process 4. Considerations at system level 5. Use of theory 6. Data collection 7. Stability of randomly placed rock mounds 8. Dynamic stability 9. Stability of monolithic breakwaters 10. Wave - structure interaction 11. Design practice of breakwater cross-sections 12. Design practice for closure dams 13. Construction methods for granular material 14. Construction methods for monolithic structures 15. Failure modes and optimization 16. Flow development in closure gaps 17. Review Appendices
http://www.vssd.nl/hlf/f011.htm
