FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2059287109> ?p ?o ?g. }

• W2059287109 endingPage "1100" @default.
• W2059287109 startingPage "1093" @default.
• W2059287109 abstract "Bone is a tough biological material. It is generally accepted that bone's toughness arises from its unique hierarchical structure, which in turn facilitates distributed microcracking prior to fracture. Yet, there has been limited progress on the detailed roles of the structural elements in the microcracking process. The present study examines the structure-microcracking relations at the lamellar and sub-lamellar levels of human cortical bone subjected to compressive loading. Laser scanning confocal microscopy revealed a clear influence of the local structure and porosity of the Haversian systems' lamellae on microcrack development. In particular, crack initiation and growth under transverse compression were associated with stress concentration at canaliculi. Later stages of microcracking showed extensive sub-lamellar cracks forming cross-hatched patterns and regularly spaced 0.5-1.7 μm apart. The density, size and regularity of the crack patterns suggest enhanced inelastic deformation capacity through cracking control at the level of mineralized collagen fibril bundles. The present study thus improves the current understanding of the nature of inelastic deformation and microcracking in bone and further suggests that bone's resistance to fracture is achieved through microcrack control at multiple length scales." @default.
• W2059287109 created "2016-06-24" @default.
• W2059287109 creator A5015008481 @default.
• W2059287109 creator A5017975716 @default.
• W2059287109 creator A5030612570 @default.
• W2059287109 creator A5044547172 @default.
• W2059287109 date "2012-03-01" @default.
• W2059287109 modified "2023-10-16" @default.
• W2059287109 title "Sub-lamellar microcracking and roles of canaliculi in human cortical bone" @default.
• W2059287109 cites W113722387 @default.
• W2059287109 cites W1515194703 @default.
• W2059287109 cites W1933212933 @default.
• W2059287109 cites W1967857043 @default.
• W2059287109 cites W1968961573 @default.
• W2059287109 cites W1972751174 @default.
• W2059287109 cites W1979504928 @default.
• W2059287109 cites W1984088823 @default.
• W2059287109 cites W1986349053 @default.
• W2059287109 cites W1987577114 @default.
• W2059287109 cites W1991094026 @default.
• W2059287109 cites W1993090130 @default.
• W2059287109 cites W1994669017 @default.
• W2059287109 cites W1998335693 @default.
• W2059287109 cites W1998455566 @default.
• W2059287109 cites W1999084944 @default.
• W2059287109 cites W2002750790 @default.
• W2059287109 cites W2005400889 @default.
• W2059287109 cites W2006610315 @default.
• W2059287109 cites W2006757617 @default.
• W2059287109 cites W2014397497 @default.
• W2059287109 cites W2016205361 @default.
• W2059287109 cites W2020238012 @default.
• W2059287109 cites W2020641822 @default.
• W2059287109 cites W2022158003 @default.
• W2059287109 cites W2023449140 @default.
• W2059287109 cites W2029939311 @default.
• W2059287109 cites W2031269108 @default.
• W2059287109 cites W2036029654 @default.
• W2059287109 cites W2038430284 @default.
• W2059287109 cites W2039055317 @default.
• W2059287109 cites W2040957028 @default.
• W2059287109 cites W2043547781 @default.
• W2059287109 cites W2045658317 @default.
• W2059287109 cites W2045783837 @default.
• W2059287109 cites W2051314952 @default.
• W2059287109 cites W2054199016 @default.
• W2059287109 cites W2064851031 @default.
• W2059287109 cites W2066646366 @default.
• W2059287109 cites W2066846288 @default.
• W2059287109 cites W2069729590 @default.
• W2059287109 cites W2072792003 @default.
• W2059287109 cites W2077455087 @default.
• W2059287109 cites W2081124019 @default.
• W2059287109 cites W2081588461 @default.
• W2059287109 cites W2086658566 @default.
• W2059287109 cites W2088456195 @default.
• W2059287109 cites W2093930926 @default.
• W2059287109 cites W2093987123 @default.
• W2059287109 cites W2116707259 @default.
• W2059287109 cites W2117729857 @default.
• W2059287109 cites W2123097481 @default.
• W2059287109 cites W2125284983 @default.
• W2059287109 cites W2125734294 @default.
• W2059287109 cites W2128451358 @default.
• W2059287109 cites W2130971715 @default.
• W2059287109 cites W2145937652 @default.
• W2059287109 cites W2147123976 @default.
• W2059287109 cites W2150238384 @default.
• W2059287109 cites W2153136865 @default.
• W2059287109 cites W2153284920 @default.
• W2059287109 cites W2153483480 @default.
• W2059287109 cites W2156815689 @default.
• W2059287109 cites W2164319357 @default.
• W2059287109 cites W2166307416 @default.
• W2059287109 cites W2320255995 @default.
• W2059287109 cites W2325495856 @default.
• W2059287109 doi "https://doi.org/10.1016/j.actbio.2011.11.013" @default.
• W2059287109 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22134162" @default.
• W2059287109 hasPublicationYear "2012" @default.
• W2059287109 type Work @default.
• W2059287109 sameAs 2059287109 @default.
• W2059287109 citedByCount "48" @default.
• W2059287109 countsByYear W20592871092012 @default.
• W2059287109 countsByYear W20592871092013 @default.
• W2059287109 countsByYear W20592871092014 @default.
• W2059287109 countsByYear W20592871092015 @default.
• W2059287109 countsByYear W20592871092016 @default.
• W2059287109 countsByYear W20592871092017 @default.
• W2059287109 countsByYear W20592871092018 @default.
• W2059287109 countsByYear W20592871092019 @default.
• W2059287109 countsByYear W20592871092021 @default.
• W2059287109 countsByYear W20592871092022 @default.
• W2059287109 countsByYear W20592871092023 @default.
• W2059287109 crossrefType "journal-article" @default.
• W2059287109 hasAuthorship W2059287109A5015008481 @default.
• W2059287109 hasAuthorship W2059287109A5017975716 @default.
• W2059287109 hasAuthorship W2059287109A5030612570 @default.
• W2059287109 hasAuthorship W2059287109A5044547172 @default.

• next