FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1498941596> ?p ?o ?g. }

• W1498941596 abstract "During the last years, many efforts have been made to transfer results of quantitative analyses of functional morphology and biomechanics in plants into technical applications. These attempts have been increasingly successful as is proven by the increasing number of biomimetic products on the market (e.g. paints based on the Lotuseffect® among many others, see Bar-Cohen (2006) and Masselter et al. (2010a)), of which the top 100 biomimetic products have generated about 1 billion Euros in 2005 to 2008 (Bushan, 2009). These successes are the result of the long period over which the form-structure-function relationships of the plants have been investigated and understood. Of the broad spectrum of biomimetic products, fiber-reinforced composites represent some of the most successful biomimetic technical applications. The potential of developing biomimetic fiber-reinforced compound materials is very high because 1) the fiber-matrix structure in plants is comparable to those in technical materials and 2) the complex fiber-matrix structures in plants are organized in at least five hierarchical levels (Masselter et al., 2009b, 2010a; Speck T. et al., 2007), from the molecular scale over the nanoscale and microscale to macroscale (Jeronimidis, 2000a). Quantitative analysis of this hierarchical structuring of plants is generally being increasingly recognized as one of the most important keys for understanding the form-structure-function relationships in plants (see Fratzl, 2007). This method allows interpreting and abstracting the interaction between the structural components in plants that possess different mechanical properties and in consequence, building a new generation of lightweight but stiff fiber-reinforced biomimetic compound materials (Masselter 2009b, 2010a,b; Speck, O. et al., 2005; Speck, T. et al., 2007; Speck, T. & Speck, O. 2008). In a biomimetic project, dealing with the development of fiber-reinforced compound materials the most important assets are the biological concept generators, which can be linear (unbranched) or branched, thereby mirroring the structures that are present in technics. Branched structures as Yand T-shaped branched components are very common in many fields of technical applications (Fig. 1). In plants, these branchings have to bear high static and dynamic loads that form a complex overlay of different loading modes: bending, compression-tension and torsion (Jeronimidis, 2000b). In technics, similar loads often drastically decrease the life time of a technical component causing wear and material fatigue" @default.
• W1498941596 created "2016-06-24" @default.
• W1498941596 creator A5003738238 @default.
• W1498941596 creator A5040052365 @default.
• W1498941596 date "2011-04-26" @default.
• W1498941596 modified "2023-10-13" @default.
• W1498941596 title "Biomimetic Fiber-Reinforced Compound Materials" @default.
• W1498941596 cites W1588434708 @default.
• W1498941596 cites W1675132674 @default.
• W1498941596 cites W1872442475 @default.
• W1498941596 cites W1972948416 @default.
• W1498941596 cites W1980279372 @default.
• W1498941596 cites W1983576039 @default.
• W1498941596 cites W1994384476 @default.
• W1498941596 cites W1995571108 @default.
• W1498941596 cites W1999329778 @default.
• W1498941596 cites W2004538295 @default.
• W1498941596 cites W2005257708 @default.
• W1498941596 cites W2006424633 @default.
• W1498941596 cites W2007174767 @default.
• W1498941596 cites W2009864493 @default.
• W1498941596 cites W2020602542 @default.
• W1498941596 cites W2023719017 @default.
• W1498941596 cites W2025570289 @default.
• W1498941596 cites W2032616458 @default.
• W1498941596 cites W2033935924 @default.
• W1498941596 cites W2042223656 @default.
• W1498941596 cites W2042765255 @default.
• W1498941596 cites W2042844965 @default.
• W1498941596 cites W2059514624 @default.
• W1498941596 cites W2062241441 @default.
• W1498941596 cites W2065949667 @default.
• W1498941596 cites W2069492015 @default.
• W1498941596 cites W2073264851 @default.
• W1498941596 cites W2073472483 @default.
• W1498941596 cites W2077011670 @default.
• W1498941596 cites W2092316977 @default.
• W1498941596 cites W2096219905 @default.
• W1498941596 cites W2100739093 @default.
• W1498941596 cites W2111418067 @default.
• W1498941596 cites W2111955116 @default.
• W1498941596 cites W2121830565 @default.
• W1498941596 cites W2126971854 @default.
• W1498941596 cites W2136069306 @default.
• W1498941596 cites W2162089201 @default.
• W1498941596 cites W2164495434 @default.
• W1498941596 cites W2168464016 @default.
• W1498941596 cites W2172887031 @default.
• W1498941596 cites W2226316058 @default.
• W1498941596 cites W2322197037 @default.
• W1498941596 cites W2435145803 @default.
• W1498941596 cites W2476462108 @default.
• W1498941596 cites W2480785921 @default.
• W1498941596 cites W2499330961 @default.
• W1498941596 cites W2621854686 @default.
• W1498941596 cites W2804446255 @default.
• W1498941596 cites W2908450366 @default.
• W1498941596 cites W2948724243 @default.
• W1498941596 cites W351455848 @default.
• W1498941596 doi "https://doi.org/10.5772/14899" @default.
• W1498941596 hasPublicationYear "2011" @default.
• W1498941596 type Work @default.
• W1498941596 sameAs 1498941596 @default.
• W1498941596 citedByCount "11" @default.
• W1498941596 countsByYear W14989415962015 @default.
• W1498941596 countsByYear W14989415962016 @default.
• W1498941596 countsByYear W14989415962017 @default.
• W1498941596 countsByYear W14989415962018 @default.
• W1498941596 countsByYear W14989415962019 @default.
• W1498941596 countsByYear W14989415962021 @default.
• W1498941596 crossrefType "book-chapter" @default.
• W1498941596 hasAuthorship W1498941596A5003738238 @default.
• W1498941596 hasAuthorship W1498941596A5040052365 @default.
• W1498941596 hasBestOaLocation W14989415961 @default.
• W1498941596 hasConcept C126348684 @default.
• W1498941596 hasConcept C159985019 @default.
• W1498941596 hasConcept C192562407 @default.
• W1498941596 hasConcept C519885992 @default.
• W1498941596 hasConceptScore W1498941596C126348684 @default.
• W1498941596 hasConceptScore W1498941596C159985019 @default.
• W1498941596 hasConceptScore W1498941596C192562407 @default.
• W1498941596 hasConceptScore W1498941596C519885992 @default.
• W1498941596 hasLocation W14989415961 @default.
• W1498941596 hasLocation W14989415962 @default.
• W1498941596 hasOpenAccess W1498941596 @default.
• W1498941596 hasPrimaryLocation W14989415961 @default.
• W1498941596 hasRelatedWork W1975168330 @default.
• W1498941596 hasRelatedWork W2033100407 @default.
• W1498941596 hasRelatedWork W2230009713 @default.
• W1498941596 hasRelatedWork W2317524973 @default.
• W1498941596 hasRelatedWork W2326997823 @default.
• W1498941596 hasRelatedWork W2376168832 @default.
• W1498941596 hasRelatedWork W2387616028 @default.
• W1498941596 hasRelatedWork W2993121761 @default.
• W1498941596 hasRelatedWork W3087783407 @default.
• W1498941596 hasRelatedWork W3162732562 @default.
• W1498941596 isParatext "false" @default.
• W1498941596 isRetracted "false" @default.
• W1498941596 magId "1498941596" @default.
• W1498941596 workType "book-chapter" @default.