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Graph: http://wumm.uni-leipzig.de:8891/sparql
http://opendiscovery.org/rdf/EcoDesignPrinciple/ImproveComponentsDurabilityByIdeality (EasyRdf\Resource)
rdf:type od:EDP
skos:definition "Improve Durability of the Product Components (Ideality, Switch to supersystem)"@en
skos:example "A semi-liquid compound can polymerize with UV rays by forming a solid cohesive structure for filling cracks in wing profiles and shoe soils (Chen et al., 2015)."@en, "Introducing mastic inside air chambers for keeping them intact after small punctures by filling the puncture holes through expansion and solidification on contact with air."@en
od:action http://opendiscovery.org/rdf/EcoDesignConcept/ImproveDurability
od:genericSuggestion "During product use, improve the durability of the product components, by making them self-reparable in case of damages or deteriorations, by independently re-arranging or by introducing additional substances able to automatically intervene when necessary. In order to repair the product"@en
od:interactiveModule http://opendiscovery.org/rdf/EcoDesignConcept/MassReduction, http://opendiscovery.org/rdf/EcoDesignConcept/ListOfFieldsAndForces
od:specificSuggestion "Try to exploit chemical or physical transformations occurring to the materials constituting the product when the environmental conditions change (e.g. air composition, pressure)."@en, "Try to exploit the resources, i.e. structures and fields, available from the external environment for repairing the product by privileging the natural resources (e.g. heating from UV rays, magnetism, gravity)."@en
od:toGenericStrategy http://opendiscovery.org/rdf/EcoDesignGenericStrategy/GS15
od:what http://opendiscovery.org/rdf/EcoDesignConcept/Components
od:when http://opendiscovery.org/rdf/EcoDesignConcept/ProductUse