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Abstract

A cruise ship cabin can be outlined using a complex bill of materials, components and sub-assemblies properly interconnected, considering its functional nature as a whole. In this regard, modern scientific achievements have allowed the development of so-called smart materials. The research activity has started with a scoping review of the currently constituent finishing, as well as insulation materials installed on-board. The assessment of smart and high-performance solutions are aimed of optimizing thickness, weight, noise and vibrations parametres. Actual cases under analysis related to finishing materials include performance paints and inks, fabrics with antibacterial and water-repellent properties which, together with a protective action, are able to generate electricity if exposed to light. Some polymeric fibres can thermally modify their sensitivity to humidity and allow for better adaptability and reversible shrinkage; self-healing surfaces regenerate after the occurrence of a crack. Many of the technological applications under investigation are synoptically oriented towards active safety, failure prevention and comfort criteria on board of passenger ships. They have to assess the compatibility with the marine environment, durability and compliance with the rules. Finally, the choice of appropriate furnishing materials in terms of sensory approach will allow the an even more rewarding user experience.

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