FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1996575197> ?p ?o ?g. }

• W1996575197 endingPage "20" @default.
• W1996575197 startingPage "1" @default.
• W1996575197 abstract "Mathematical and physical aspects of the applicability of the Onsager, Prigogine as well as the Glansdorff and Ziegler thermodynamic extremal principles (TEPs) to non-equilibrium thermodynamics are examined for systems at fixed temperature with respect to their ability to provide kinetic equations approved in materials science. TEPs represent an alternative to the classical phenomenological equations approach. As TEPs are, more or less, a pure mathematical tool, they cannot significantly contribute to a deeper physical understanding. However, if a system can be described by discrete characteristic (thermodynamic) parameters, it is demonstrated that application of Onsager’s TEP or Ziegler’s TEP represents a systematic way to derive a set of explicit evolution equations for these parameters. This approach can significantly simplify the treatment of the problem and, thus, can also be applied to rather complex systems, for which the classical approach, involving application of phenomenological equations, fails. The application of TEPs is demonstrated on plasticity with respect to constitutive equations as well as on grain growth and coarsening with respect to evolution equations of discrete parameters. No exploitation of Prigogine’s TEP has been reported for applications in materials science. Contrarily, Prigogine’s TEP can be invalidated if the coefficients of the dissipation function depend on the evolution of state variables with time. This is demonstrated by a further practical example worked out for the solute drag phenomenon. Glansdorff’s and Prigogine’s evolution criterion, however, is always fulfilled near the equilibrium state of convex Gibbs energy. Extensions of TEPs to non-linear non-equilibrium thermodynamics are demonstrated for homogeneous and quasi-homogeneous dissipation functions." @default.
• W1996575197 created "2016-06-24" @default.
• W1996575197 creator A5011880268 @default.
• W1996575197 creator A5015673069 @default.
• W1996575197 creator A5052285512 @default.
• W1996575197 date "2014-04-01" @default.
• W1996575197 modified "2023-10-02" @default.
• W1996575197 title "Thermodynamic extremal principles for irreversible processes in materials science" @default.
• W1996575197 cites W1630687033 @default.
• W1996575197 cites W1965034898 @default.
• W1996575197 cites W1969499010 @default.
• W1996575197 cites W1970412275 @default.
• W1996575197 cites W1974341240 @default.
• W1996575197 cites W1974956766 @default.
• W1996575197 cites W1975965339 @default.
• W1996575197 cites W1976265445 @default.
• W1996575197 cites W1977212130 @default.
• W1996575197 cites W1981148796 @default.
• W1996575197 cites W1982347235 @default.
• W1996575197 cites W1983915526 @default.
• W1996575197 cites W1985558308 @default.
• W1996575197 cites W1995327790 @default.
• W1996575197 cites W1996914883 @default.
• W1996575197 cites W1997141886 @default.
• W1996575197 cites W2001019776 @default.
• W1996575197 cites W2007240570 @default.
• W1996575197 cites W2013689582 @default.
• W1996575197 cites W2016123233 @default.
• W1996575197 cites W2019643811 @default.
• W1996575197 cites W2022308914 @default.
• W1996575197 cites W2022337992 @default.
• W1996575197 cites W2022995374 @default.
• W1996575197 cites W2024463517 @default.
• W1996575197 cites W2028092932 @default.
• W1996575197 cites W2031792882 @default.
• W1996575197 cites W2034983189 @default.
• W1996575197 cites W2036829338 @default.
• W1996575197 cites W2043986845 @default.
• W1996575197 cites W2047092378 @default.
• W1996575197 cites W2051209935 @default.
• W1996575197 cites W2052235520 @default.
• W1996575197 cites W2054552834 @default.
• W1996575197 cites W2057022818 @default.
• W1996575197 cites W2062460553 @default.
• W1996575197 cites W2070763175 @default.
• W1996575197 cites W2074493681 @default.
• W1996575197 cites W2077214611 @default.
• W1996575197 cites W2091633839 @default.
• W1996575197 cites W2094565236 @default.
• W1996575197 cites W2095618932 @default.
• W1996575197 cites W2100217006 @default.
• W1996575197 cites W2100348947 @default.
• W1996575197 cites W2116098110 @default.
• W1996575197 cites W2116551620 @default.
• W1996575197 cites W2119893119 @default.
• W1996575197 cites W2126360960 @default.
• W1996575197 cites W2132995814 @default.
• W1996575197 cites W2138403900 @default.
• W1996575197 cites W2149144305 @default.
• W1996575197 cites W2155936757 @default.
• W1996575197 cites W2156664951 @default.
• W1996575197 cites W2551720166 @default.
• W1996575197 cites W3100130090 @default.
• W1996575197 cites W4244360209 @default.
• W1996575197 cites W4247552321 @default.
• W1996575197 cites W87188992 @default.
• W1996575197 doi "https://doi.org/10.1016/j.actamat.2013.11.050" @default.
• W1996575197 hasPublicationYear "2014" @default.
• W1996575197 type Work @default.
• W1996575197 sameAs 1996575197 @default.
• W1996575197 citedByCount "102" @default.
• W1996575197 countsByYear W19965751972014 @default.
• W1996575197 countsByYear W19965751972015 @default.
• W1996575197 countsByYear W19965751972016 @default.
• W1996575197 countsByYear W19965751972017 @default.
• W1996575197 countsByYear W19965751972018 @default.
• W1996575197 countsByYear W19965751972019 @default.
• W1996575197 countsByYear W19965751972020 @default.
• W1996575197 countsByYear W19965751972021 @default.
• W1996575197 countsByYear W19965751972022 @default.
• W1996575197 countsByYear W19965751972023 @default.
• W1996575197 crossrefType "journal-article" @default.
• W1996575197 hasAuthorship W1996575197A5011880268 @default.
• W1996575197 hasAuthorship W1996575197A5015673069 @default.
• W1996575197 hasAuthorship W1996575197A5052285512 @default.
• W1996575197 hasConcept C121332964 @default.
• W1996575197 hasConcept C121864883 @default.
• W1996575197 hasConcept C131157278 @default.
• W1996575197 hasConcept C135402231 @default.
• W1996575197 hasConcept C18815010 @default.
• W1996575197 hasConcept C33923547 @default.
• W1996575197 hasConcept C41607394 @default.
• W1996575197 hasConcept C74859849 @default.
• W1996575197 hasConcept C97355855 @default.
• W1996575197 hasConceptScore W1996575197C121332964 @default.
• W1996575197 hasConceptScore W1996575197C121864883 @default.
• W1996575197 hasConceptScore W1996575197C131157278 @default.
• W1996575197 hasConceptScore W1996575197C135402231 @default.

• next