Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313444438> ?p ?o ?g. }
- W4313444438 endingPage "238" @default.
- W4313444438 startingPage "209" @default.
- W4313444438 abstract "The healing response in self-healing materials is regulated by the rates of three distinct stages: actuation, transport, and repair. The healing efficiency is dictated by delicately balancing the rate of damage versus the rate of healing. The material damage rate is determined by the frequency of strain rate, loading, and stress amplitude. However, by changing the reaction kinetics through temperature or concentration the healing rate can be designed to specific damage modes. Vitrimers are a particular subcategory of intrinsic self-healing materials that flow at temperatures higher than the topology freezing temperature and show thermoset-like behavior at low temperatures. Vitrimer chemistry is an excellent way to combine the favorable mechanical properties of covalently crosslinked thermosets with full recyclability and create intrinsic self-healing materials without needing a healing agent. Recently, several theoretical frameworks, coarse-grained particle dynamics simulations, and finite element analysis (FEA) have been used to probe the thermodynamics, dynamics, rheology, and mechanics of these transient networks. Particle-based dynamic simulations have successfully produced key features of vitrimers, rubbery plateau, and terminal modulus behaviors. On a continuum level, constitutive equations have been developed to study the effect of the kinetics of the bond exchange on the macroscopic material response. In this chapter, the recent advances in the modeling aspect of vitrimers ranging from particles-based simulation techniques to FEA are reviewed." @default.
- W4313444438 created "2023-01-06" @default.
- W4313444438 creator A5035246854 @default.
- W4313444438 creator A5058395439 @default.
- W4313444438 creator A5067616114 @default.
- W4313444438 date "2023-01-01" @default.
- W4313444438 modified "2023-09-28" @default.
- W4313444438 title "Modeling and Simulation of Vitrimers" @default.
- W4313444438 cites W1845618662 @default.
- W4313444438 cites W1963036046 @default.
- W4313444438 cites W1965249348 @default.
- W4313444438 cites W1974220011 @default.
- W4313444438 cites W1976037250 @default.
- W4313444438 cites W1995116238 @default.
- W4313444438 cites W1999062034 @default.
- W4313444438 cites W2000037505 @default.
- W4313444438 cites W2004369921 @default.
- W4313444438 cites W2004809418 @default.
- W4313444438 cites W2008185598 @default.
- W4313444438 cites W2011110408 @default.
- W4313444438 cites W2012016930 @default.
- W4313444438 cites W2013464277 @default.
- W4313444438 cites W2017741151 @default.
- W4313444438 cites W2018197828 @default.
- W4313444438 cites W2018763953 @default.
- W4313444438 cites W2028602090 @default.
- W4313444438 cites W2030146043 @default.
- W4313444438 cites W2033413352 @default.
- W4313444438 cites W2033855051 @default.
- W4313444438 cites W2035606758 @default.
- W4313444438 cites W2037782625 @default.
- W4313444438 cites W2048064232 @default.
- W4313444438 cites W2048421180 @default.
- W4313444438 cites W2051962655 @default.
- W4313444438 cites W2057835358 @default.
- W4313444438 cites W2063419448 @default.
- W4313444438 cites W2073316154 @default.
- W4313444438 cites W2098872834 @default.
- W4313444438 cites W2118032855 @default.
- W4313444438 cites W2129467008 @default.
- W4313444438 cites W2131826089 @default.
- W4313444438 cites W2160193463 @default.
- W4313444438 cites W2189464107 @default.
- W4313444438 cites W2237595662 @default.
- W4313444438 cites W2297634041 @default.
- W4313444438 cites W2303289729 @default.
- W4313444438 cites W2323196162 @default.
- W4313444438 cites W2328587196 @default.
- W4313444438 cites W2328954302 @default.
- W4313444438 cites W2346361302 @default.
- W4313444438 cites W2404973912 @default.
- W4313444438 cites W2414332515 @default.
- W4313444438 cites W2482648522 @default.
- W4313444438 cites W2509484687 @default.
- W4313444438 cites W2521856795 @default.
- W4313444438 cites W2579472232 @default.
- W4313444438 cites W2605061198 @default.
- W4313444438 cites W2606905593 @default.
- W4313444438 cites W2625435263 @default.
- W4313444438 cites W2737217596 @default.
- W4313444438 cites W2765390163 @default.
- W4313444438 cites W2783326228 @default.
- W4313444438 cites W2789689711 @default.
- W4313444438 cites W2792132192 @default.
- W4313444438 cites W2796144065 @default.
- W4313444438 cites W2911897931 @default.
- W4313444438 cites W2976130428 @default.
- W4313444438 cites W2980513544 @default.
- W4313444438 cites W2991128766 @default.
- W4313444438 cites W2995689762 @default.
- W4313444438 cites W2996144117 @default.
- W4313444438 cites W3006824541 @default.
- W4313444438 cites W3010871159 @default.
- W4313444438 cites W3022395138 @default.
- W4313444438 cites W3087058916 @default.
- W4313444438 cites W3149377315 @default.
- W4313444438 cites W3192779916 @default.
- W4313444438 cites W4205840710 @default.
- W4313444438 cites W4211173087 @default.
- W4313444438 cites W4214891591 @default.
- W4313444438 cites W4249871964 @default.
- W4313444438 cites W4256336013 @default.
- W4313444438 doi "https://doi.org/10.1007/978-981-19-6038-3_8" @default.
- W4313444438 hasPublicationYear "2023" @default.
- W4313444438 type Work @default.
- W4313444438 citedByCount "0" @default.
- W4313444438 crossrefType "book-chapter" @default.
- W4313444438 hasAuthorship W4313444438A5035246854 @default.
- W4313444438 hasAuthorship W4313444438A5058395439 @default.
- W4313444438 hasAuthorship W4313444438A5067616114 @default.
- W4313444438 hasConcept C111368507 @default.
- W4313444438 hasConcept C121332964 @default.
- W4313444438 hasConcept C127313418 @default.
- W4313444438 hasConcept C127413603 @default.
- W4313444438 hasConcept C135628077 @default.
- W4313444438 hasConcept C142724271 @default.
- W4313444438 hasConcept C149342994 @default.
- W4313444438 hasConcept C159985019 @default.