Smart Materials Taxonomy

Goldade, V. A.; Шилько, С. В.; Neverov, Aleksander

doi:10.1201/b19278

Cited by 5 publications

(3 citation statements)

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“…The suggested taxonomy (Goldade et al, 2015) includes, without any formal disconnection, currently used and potential applicable achievements, with an integration of innovative technologies intrinsically linked to the designed and molecular-controlled substance constitution (Bengisu, Ferrara, 2018) as in the case of smart materials. The simultaneous presence is determined by the design need to integrate the new paradigm with a knowledge that has been diachronically consolidated (Peijnenburg et al, 2021).…”

Section: Introductionmentioning

confidence: 99%

Smart Materials Finishing and Insulation Solutions applied to the Interior Design of a Cruise Ship Cabin

PERİ

2023

Seatific

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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 is 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, can 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. Active safety, failure prevention, and comfort criteria on board passenger ships are the main focus of many of the technological applications under investigation. It is necessary for them to evaluate the compatibility with the marine environment, durability, and compliance with the rules.Cite this article as: Peri AD. Smart materials finishing and insulation solutions applied to the interior design of a cruise ship cabin. Seatific 2023;3:2:89-110.

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Section: Introductionmentioning

confidence: 99%

Smart Materials Finishing and Insulation Solutions applied to the Interior Design of a Cruise Ship Cabin

PERİ

2023

Seatific

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“…The dominating tendency of modern technology is the use of materials that are optimally "designed" or selforganized at the nanoscale level [1]. Among them, there are structurally ordered thin porous coatings based on anodic (anodized) alumina (AA) in the form of nanocombs and nanobrushes [1][2][3]. Additional possibilities are opened by impregnation (filling) of AA with polymer materials.…”

Section: Introductionmentioning

confidence: 99%

Estimation of the Friction Coefficient of a Nanostructured Composite Coating

et al. 2017

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The frictional-mechanical properties of a thin polymer-ceramic coating obtained by gas-phase impregnation of nanoporous anodic alumina with a fluoropolymer (octafluorocyclobutane) have been investigated. The coefficient of sliding friction of the coating is predicted based on an analysis of contact deformation within the framework of the Winkler elastic foundation hypothesis and a three-phase micromechanical model. It is shown that an acceptable prediction accuracy can be obtained considering the uniaxial strain state of the coating. It was found that, on impregnation by the method of plasmachemical treatment, the relative depth of penetration of the polymer increased almost in proportion to the processing time. The rate and maximum possible depth of penetration of the polymer into nanoscale pores grew with increasing porosity of the alumina substrate.

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“…• taxonomy [6] of materials based on a multidimensional structural and functional analysis and the theory of synergetic;…”

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Artificial Smart Composites: Bionics Principles

Шилько¹

2020

GJES

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The search for effective ways to achieve the synergy of the matrix and structurally active (reinforcing, antifriction, etc.) dispersed and spatially oriented fibrous fillers is a general trend in the development of composite materials science. Despite the significant amount of experimental data available and the variety of matrix materials, modifiers and technologies, it is relevant to develop new approaches to creating structural and functional composites with rapid prototyping and testing of products based on them.Along with lately requisite properties such as stability of physical and mechanical characteristics, linearity of the equation of state and unambiguity of response to disturbance, there arose a problem of a complex active response to varying outer conditions.

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Smart Materials Taxonomy

Cited by 5 publications

References 0 publications

Smart Materials Finishing and Insulation Solutions applied to the Interior Design of a Cruise Ship Cabin

Smart Materials Finishing and Insulation Solutions applied to the Interior Design of a Cruise Ship Cabin

Estimation of the Friction Coefficient of a Nanostructured Composite Coating

Artificial Smart Composites: Bionics Principles

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