Matches in SemOpenAlex for { <https://semopenalex.org/work/W3211100013> ?p ?o ?g. }
- W3211100013 endingPage "45" @default.
- W3211100013 startingPage "1" @default.
- W3211100013 abstract "Langmuir monolayers at gas/liquid interfaces provide a rich framework to investigate the interplay between multiscale geometry and mechanics. Monolayer collapse is investigated at a topological and geometric level by building a scale space M from experimental imaging data. We present a general lipid monolayer collapse phase diagram, which shows that wrinkling, folding, crumpling, shear banding, and vesiculation are a continuous set of mechanical states that can be approached by either tuning monolayer composition or temperature. The origin of the different mechanical states can be understood by investigating the monolayer geometry at two scales: fluorescent vs atomic force microscopy imaging. We show that an interesting switch in continuity occurs in passing between the two scales, CAFM∈MAFM≠CFM∈M. Studying the difference between monolayers that fold vs shear band, we show that shear banding is correlated to the persistence of a multi-length scale microstructure within the monolayer at all surface pressures. A detailed analytical geometric formalism to describe this microstructure is developed using the theory of structured deformations. Lastly, we provide the first ever finite element simulation of lipid monolayer collapse utilizing a direct mapping from the experimental image space M into a simulation domain P. We show that elastic dissipation in the form of bielasticity is a necessary and sufficient condition to capture loss of in-plane stability and shear banding." @default.
- W3211100013 created "2021-11-08" @default.
- W3211100013 creator A5002907610 @default.
- W3211100013 creator A5016534868 @default.
- W3211100013 creator A5032214572 @default.
- W3211100013 creator A5043305800 @default.
- W3211100013 creator A5048032704 @default.
- W3211100013 creator A5062281282 @default.
- W3211100013 creator A5075321070 @default.
- W3211100013 creator A5080487128 @default.
- W3211100013 creator A5087075708 @default.
- W3211100013 creator A5089069346 @default.
- W3211100013 date "2021-01-01" @default.
- W3211100013 modified "2023-09-27" @default.
- W3211100013 title "Multiscale geometry and mechanics of lipid monolayer collapse" @default.
- W3211100013 cites W1567124469 @default.
- W3211100013 cites W1968172608 @default.
- W3211100013 cites W1979319808 @default.
- W3211100013 cites W1981349567 @default.
- W3211100013 cites W1987679213 @default.
- W3211100013 cites W1992479997 @default.
- W3211100013 cites W1995559920 @default.
- W3211100013 cites W1997351135 @default.
- W3211100013 cites W2004846392 @default.
- W3211100013 cites W2014311917 @default.
- W3211100013 cites W2014694326 @default.
- W3211100013 cites W2025290188 @default.
- W3211100013 cites W2025408257 @default.
- W3211100013 cites W2025410077 @default.
- W3211100013 cites W2028250245 @default.
- W3211100013 cites W2028689321 @default.
- W3211100013 cites W2029635089 @default.
- W3211100013 cites W2036537138 @default.
- W3211100013 cites W2039405600 @default.
- W3211100013 cites W2039571153 @default.
- W3211100013 cites W2045476692 @default.
- W3211100013 cites W2047721361 @default.
- W3211100013 cites W2049357488 @default.
- W3211100013 cites W2056955297 @default.
- W3211100013 cites W2058387128 @default.
- W3211100013 cites W2058822735 @default.
- W3211100013 cites W2059312358 @default.
- W3211100013 cites W2059327711 @default.
- W3211100013 cites W2062457322 @default.
- W3211100013 cites W2063734395 @default.
- W3211100013 cites W2077197135 @default.
- W3211100013 cites W2081055225 @default.
- W3211100013 cites W2086059434 @default.
- W3211100013 cites W2087433825 @default.
- W3211100013 cites W2090819119 @default.
- W3211100013 cites W2095158151 @default.
- W3211100013 cites W2098890790 @default.
- W3211100013 cites W2099600571 @default.
- W3211100013 cites W2117855008 @default.
- W3211100013 cites W2118587471 @default.
- W3211100013 cites W2123201184 @default.
- W3211100013 cites W2127141186 @default.
- W3211100013 cites W2130081721 @default.
- W3211100013 cites W2138472472 @default.
- W3211100013 cites W2144797689 @default.
- W3211100013 cites W2154030833 @default.
- W3211100013 cites W2156524109 @default.
- W3211100013 cites W2158391580 @default.
- W3211100013 cites W2160542981 @default.
- W3211100013 cites W2296878515 @default.
- W3211100013 cites W2340701276 @default.
- W3211100013 cites W2748325774 @default.
- W3211100013 cites W2766799110 @default.
- W3211100013 cites W2904847001 @default.
- W3211100013 cites W2914016691 @default.
- W3211100013 cites W3027213996 @default.
- W3211100013 cites W3045462430 @default.
- W3211100013 cites W4240170013 @default.
- W3211100013 doi "https://doi.org/10.1016/bs.ctm.2021.08.003" @default.
- W3211100013 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34696882" @default.
- W3211100013 hasPublicationYear "2021" @default.
- W3211100013 type Work @default.
- W3211100013 sameAs 3211100013 @default.
- W3211100013 citedByCount "1" @default.
- W3211100013 countsByYear W32111000132023 @default.
- W3211100013 crossrefType "book-chapter" @default.
- W3211100013 hasAuthorship W3211100013A5002907610 @default.
- W3211100013 hasAuthorship W3211100013A5016534868 @default.
- W3211100013 hasAuthorship W3211100013A5032214572 @default.
- W3211100013 hasAuthorship W3211100013A5043305800 @default.
- W3211100013 hasAuthorship W3211100013A5048032704 @default.
- W3211100013 hasAuthorship W3211100013A5062281282 @default.
- W3211100013 hasAuthorship W3211100013A5075321070 @default.
- W3211100013 hasAuthorship W3211100013A5080487128 @default.
- W3211100013 hasAuthorship W3211100013A5087075708 @default.
- W3211100013 hasAuthorship W3211100013A5089069346 @default.
- W3211100013 hasConcept C11135259 @default.
- W3211100013 hasConcept C115958267 @default.
- W3211100013 hasConcept C121332964 @default.
- W3211100013 hasConcept C150394285 @default.
- W3211100013 hasConcept C159985019 @default.
- W3211100013 hasConcept C171250308 @default.
- W3211100013 hasConcept C178790620 @default.