FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1465793553> ?p ?o ?g. }

• W1465793553 endingPage "129" @default.
• W1465793553 startingPage "111" @default.
• W1465793553 abstract "We have developed a multi-physics modeling approach that couples continuum dislocation transport, nonlinear thermoelasticity, crystal plasticity, and consistent internal stress and deformation fields to simulate the single-crystal response of materials under extreme dynamic conditions. Dislocation transport is modeled by enforcing dislocation conservation at a slip-system level through the solution of advection-diffusion equations. Nonlinear thermoelasticity provides a thermodynamically consistent equation of state to relate stress (including pressure), temperature, energy densities, and dissipation. Crystal plasticity is coupled to dislocation transport via Orowan's expression where the constitutive description makes use of recent advances in dislocation velocity theories applicable under extreme loading conditions. The configuration of geometrically necessary dislocation density gives rise to an internal stress field that can either inhibit or accentuate the flow of dislocations. An internal strain field associated with the internal stress field contributes to the kinematic decomposition of the overall deformation. The paper describes each theoretical component of the framework, key aspects of the constitutive theory, and some details of a one-dimensional implementation. Results from single-crystal copper plate impact simulations are discussed in order to highlight the role of dislocation transport and pile-up in shock loading regimes. The main conclusions of the paper reinforce the utility of the modeling approach to shock problems." @default.
• W1465793553 created "2016-06-24" @default.
• W1465793553 creator A5014682037 @default.
• W1465793553 creator A5015824848 @default.
• W1465793553 creator A5034755532 @default.
• W1465793553 creator A5070166536 @default.
• W1465793553 creator A5087274813 @default.
• W1465793553 date "2016-01-01" @default.
• W1465793553 modified "2023-10-18" @default.
• W1465793553 title "Coupling continuum dislocation transport with crystal plasticity for application to shock loading conditions" @default.
• W1465793553 cites W1967921028 @default.
• W1465793553 cites W1968643640 @default.
• W1465793553 cites W1968814578 @default.
• W1465793553 cites W1971184769 @default.
• W1465793553 cites W1974321288 @default.
• W1465793553 cites W1975383083 @default.
• W1465793553 cites W1975425124 @default.
• W1465793553 cites W1975624692 @default.
• W1465793553 cites W1979889235 @default.
• W1465793553 cites W1981099137 @default.
• W1465793553 cites W1982298643 @default.
• W1465793553 cites W1987452423 @default.
• W1465793553 cites W1989646665 @default.
• W1465793553 cites W1991399758 @default.
• W1465793553 cites W1993620911 @default.
• W1465793553 cites W1995121672 @default.
• W1465793553 cites W1996417800 @default.
• W1465793553 cites W2003658463 @default.
• W1465793553 cites W2010098448 @default.
• W1465793553 cites W2011467235 @default.
• W1465793553 cites W2014833085 @default.
• W1465793553 cites W2014974430 @default.
• W1465793553 cites W2015550261 @default.
• W1465793553 cites W2016333261 @default.
• W1465793553 cites W2016954461 @default.
• W1465793553 cites W2017620142 @default.
• W1465793553 cites W2020609646 @default.
• W1465793553 cites W2020986146 @default.
• W1465793553 cites W2024417616 @default.
• W1465793553 cites W2024617670 @default.
• W1465793553 cites W2025349046 @default.
• W1465793553 cites W2027931888 @default.
• W1465793553 cites W2030363852 @default.
• W1465793553 cites W2030561065 @default.
• W1465793553 cites W2031132440 @default.
• W1465793553 cites W2031480956 @default.
• W1465793553 cites W2031487779 @default.
• W1465793553 cites W2034029324 @default.
• W1465793553 cites W2034604823 @default.
• W1465793553 cites W2036956041 @default.
• W1465793553 cites W2037649752 @default.
• W1465793553 cites W2038776662 @default.
• W1465793553 cites W2039272516 @default.
• W1465793553 cites W2039442166 @default.
• W1465793553 cites W2039481655 @default.
• W1465793553 cites W2041799480 @default.
• W1465793553 cites W2047458032 @default.
• W1465793553 cites W2047880309 @default.
• W1465793553 cites W2050111663 @default.
• W1465793553 cites W2051956511 @default.
• W1465793553 cites W2054662694 @default.
• W1465793553 cites W2055151132 @default.
• W1465793553 cites W2060215568 @default.
• W1465793553 cites W2063361653 @default.
• W1465793553 cites W2063662271 @default.
• W1465793553 cites W2068581690 @default.
• W1465793553 cites W2070092265 @default.
• W1465793553 cites W2075072663 @default.
• W1465793553 cites W2076572527 @default.
• W1465793553 cites W2076716130 @default.
• W1465793553 cites W2081985489 @default.
• W1465793553 cites W2094576384 @default.
• W1465793553 cites W2102281946 @default.
• W1465793553 cites W2110732312 @default.
• W1465793553 cites W2117449086 @default.
• W1465793553 cites W2119906558 @default.
• W1465793553 cites W2123210954 @default.
• W1465793553 cites W2131780107 @default.
• W1465793553 cites W2132857882 @default.
• W1465793553 cites W2146039517 @default.
• W1465793553 cites W2146145475 @default.
• W1465793553 cites W2157979983 @default.
• W1465793553 cites W2158399363 @default.
• W1465793553 cites W2169882337 @default.
• W1465793553 cites W4233102218 @default.
• W1465793553 cites W4238288431 @default.
• W1465793553 cites W4249317920 @default.
• W1465793553 doi "https://doi.org/10.1016/j.ijplas.2015.07.007" @default.
• W1465793553 hasPublicationYear "2016" @default.
• W1465793553 type Work @default.
• W1465793553 sameAs 1465793553 @default.
• W1465793553 citedByCount "66" @default.
• W1465793553 countsByYear W14657935532015 @default.
• W1465793553 countsByYear W14657935532016 @default.
• W1465793553 countsByYear W14657935532017 @default.
• W1465793553 countsByYear W14657935532018 @default.
• W1465793553 countsByYear W14657935532019 @default.
• W1465793553 countsByYear W14657935532020 @default.

• next