A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Marine fenders
A method of constructing a marine fender 301 comprising an energy-absorptive core 302 and a protective cover 303, 304 is disclosed. The method comprises obtaining an energy-absorptive core, obtaining a protective cover shaped to conform around the energy-absorptive core, and locating the protective cover around the energy-absorptive core to cover the energy-absorptive core. A marine fender comprising an energy-absorptive core and a protective cover formed from first and second parts covering the energy-absorptive core is disclosed. A kit of parts formed from an energy-absorptive core and a protective cover that is manipulable to cover the energy-absorptive core is also disclosed.
Marine fenders
A method of constructing a marine fender 301 comprising an energy-absorptive core 302 and a protective cover 303, 304 is disclosed. The method comprises obtaining an energy-absorptive core, obtaining a protective cover shaped to conform around the energy-absorptive core, and locating the protective cover around the energy-absorptive core to cover the energy-absorptive core. A marine fender comprising an energy-absorptive core and a protective cover formed from first and second parts covering the energy-absorptive core is disclosed. A kit of parts formed from an energy-absorptive core and a protective cover that is manipulable to cover the energy-absorptive core is also disclosed.
Marine fenders
PAUL MALLORIE (author) / STUART FORRESTER (author)
2022-04-13
Patent
Electronic Resource
English
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