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From Julius Caesar to Sustainable Composite Materials: A Passage through Port Caisson Technology

doi: 10.3390/su10041225
The breakwater construction technique using floating concrete caissons is well-known nowadays as a widespread system. Yet do we really know its origin? Since Julius Caesar used this technology in Brindisi (Italy) up to the Normandy landings in June 1944, not only has this technology been developed, but it has been a key item in several moments in history. Its development has almost always been driven by military requirements. The greatest changes have not been conceptual but point occurring, backed by the materials used. Parallelisms can be clearly seen in each new stage: timber, opus caementitium (Roman concrete), iron and concrete… However, nowadays, achieving a more sustainable world constitutes a major challenge, to which the construction of caissons breakwaters must contribute as a field of application of new eco-friendly materials. This research work provides a general overview from the origins of caissons until our time. It will make better known the changes that took place in the system and their adaptation to new materials, and will help in clarifying the future in developing technology towards composite sustainable materials and special concrete. If we understand the past, it will be easier to define the future.
- Universidad Politécnica de Madrid Spain
- University of Alicante Spain
- University of Alicante Spain
Eco-friendly concrete, marine environment, supplementary cement-based materials, Supplementary cement-based materials, composite materials, eco-friendly concrete, TJ807-830, TD194-195, Renewable energy sources, ancient ports, Caisson, Ancient ports, GE1-350, Ingeniería de la Construcción, Marine environment, Environmental effects of industries and plants, Breakwater, Composite materials, sustainability, caisson; ancient ports; breakwater; sustainability; eco-friendly concrete; composite materials; supplementary cement-based materials; marine environment, Environmental sciences, Sustainability, breakwater, caisson
Eco-friendly concrete, marine environment, supplementary cement-based materials, Supplementary cement-based materials, composite materials, eco-friendly concrete, TJ807-830, TD194-195, Renewable energy sources, ancient ports, Caisson, Ancient ports, GE1-350, Ingeniería de la Construcción, Marine environment, Environmental effects of industries and plants, Breakwater, Composite materials, sustainability, caisson; ancient ports; breakwater; sustainability; eco-friendly concrete; composite materials; supplementary cement-based materials; marine environment, Environmental sciences, Sustainability, breakwater, caisson
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