FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3086289311> ?p ?o ?g. }

• W3086289311 endingPage "102769" @default.
• W3086289311 startingPage "102769" @default.
• W3086289311 abstract "In this paper, a continuum damage enhanced formulation of effective (undamaged) material properties is proposed to predict fracture behaviour of various notched tensile specimens and a compact tension (CT) specimen for a high-strength rail steel that is commonly known to be insensitive to change in hydrostatic stress. The presented constitutive model considers a thermodynamically nonlinear, isotropic continuum damage, and stress-triaxiality-dependent effective stress using a viscoplastic regularization method to reduce strain and damage localization at the sharp notch tip. Conventional loading-unloading tensile test for damage measurement and monotonic tensile test on a notched specimen are used to calibrate the constitutive equation which consists of a set of eight model parameters. Further validation is performed on the geometry transferability of the model parameters to three different notched tensile specimens in the high stress triaxiality regime. The calibrated constitutive model is then applied to simulate crack initiation and propagation in the mode I plane-strain condition, where the computed result of load versus crack mouth opening displacement shows good agreement with those determined from CT specimens. The study concludes that the critical damage parameters for fracture are relatively constant among different notched specimens of high-strength rail steel, and thus as a proper fracture criterion for crack initiation at and crack propagation from the sharp notch tip. The study also found that the complementing mechanisms for the stress-triaxiality-dependent damage evolution and strain-hardening-induced enhancement of effective matrix material properties, respectively, result in the overall hydrostatic-stress insensitivity, and thus is often regarded as a material that belongs to the classical J2 plasticity." @default.
• W3086289311 created "2020-09-21" @default.
• W3086289311 creator A5029652165 @default.
• W3086289311 creator A5051123333 @default.
• W3086289311 creator A5054760546 @default.
• W3086289311 creator A5065844410 @default.
• W3086289311 creator A5084510530 @default.
• W3086289311 date "2020-10-01" @default.
• W3086289311 modified "2023-10-16" @default.
• W3086289311 title "A coupled stress-triaxiality-dependent damage viscoplasticity model on crack initiation and propagation in high-strength rail steel" @default.
• W3086289311 cites W1041025197 @default.
• W3086289311 cites W1130656364 @default.
• W3086289311 cites W1970499362 @default.
• W3086289311 cites W1970914794 @default.
• W3086289311 cites W1975160599 @default.
• W3086289311 cites W1977188519 @default.
• W3086289311 cites W1980027725 @default.
• W3086289311 cites W1982508505 @default.
• W3086289311 cites W1986280509 @default.
• W3086289311 cites W1986293683 @default.
• W3086289311 cites W1994852516 @default.
• W3086289311 cites W1998674212 @default.
• W3086289311 cites W1999468163 @default.
• W3086289311 cites W2005529858 @default.
• W3086289311 cites W2007570653 @default.
• W3086289311 cites W2009318516 @default.
• W3086289311 cites W2010178746 @default.
• W3086289311 cites W2015574716 @default.
• W3086289311 cites W2016303309 @default.
• W3086289311 cites W2016463190 @default.
• W3086289311 cites W2022242065 @default.
• W3086289311 cites W2024512664 @default.
• W3086289311 cites W2029761581 @default.
• W3086289311 cites W2032768430 @default.
• W3086289311 cites W2035518577 @default.
• W3086289311 cites W2039019236 @default.
• W3086289311 cites W2048414203 @default.
• W3086289311 cites W2048598423 @default.
• W3086289311 cites W2052033907 @default.
• W3086289311 cites W2058867380 @default.
• W3086289311 cites W2061121264 @default.
• W3086289311 cites W2061423973 @default.
• W3086289311 cites W2062089435 @default.
• W3086289311 cites W2065163759 @default.
• W3086289311 cites W2066370891 @default.
• W3086289311 cites W2071506800 @default.
• W3086289311 cites W2073380731 @default.
• W3086289311 cites W2084464066 @default.
• W3086289311 cites W2087984204 @default.
• W3086289311 cites W2089205158 @default.
• W3086289311 cites W2092390626 @default.
• W3086289311 cites W2095185290 @default.
• W3086289311 cites W2106262824 @default.
• W3086289311 cites W2109551352 @default.
• W3086289311 cites W2120203111 @default.
• W3086289311 cites W2134085593 @default.
• W3086289311 cites W2155461429 @default.
• W3086289311 cites W2157258353 @default.
• W3086289311 cites W2162592297 @default.
• W3086289311 cites W2283166465 @default.
• W3086289311 cites W2476065583 @default.
• W3086289311 cites W2571169735 @default.
• W3086289311 cites W2602005060 @default.
• W3086289311 cites W2743198151 @default.
• W3086289311 cites W2790793188 @default.
• W3086289311 cites W2802410805 @default.
• W3086289311 cites W2891230143 @default.
• W3086289311 cites W2922169843 @default.
• W3086289311 cites W2955972716 @default.
• W3086289311 cites W2959350259 @default.
• W3086289311 cites W2978197602 @default.
• W3086289311 cites W2995696727 @default.
• W3086289311 cites W2996779569 @default.
• W3086289311 cites W2997809866 @default.
• W3086289311 cites W2999601813 @default.
• W3086289311 cites W4245713263 @default.
• W3086289311 doi "https://doi.org/10.1016/j.tafmec.2020.102769" @default.
• W3086289311 hasPublicationYear "2020" @default.
• W3086289311 type Work @default.
• W3086289311 sameAs 3086289311 @default.
• W3086289311 citedByCount "1" @default.
• W3086289311 countsByYear W30862893112023 @default.
• W3086289311 crossrefType "journal-article" @default.
• W3086289311 hasAuthorship W3086289311A5029652165 @default.
• W3086289311 hasAuthorship W3086289311A5051123333 @default.
• W3086289311 hasAuthorship W3086289311A5054760546 @default.
• W3086289311 hasAuthorship W3086289311A5065844410 @default.
• W3086289311 hasAuthorship W3086289311A5084510530 @default.
• W3086289311 hasConcept C100944820 @default.
• W3086289311 hasConcept C112950240 @default.
• W3086289311 hasConcept C121332964 @default.
• W3086289311 hasConcept C127413603 @default.
• W3086289311 hasConcept C135628077 @default.
• W3086289311 hasConcept C138885662 @default.
• W3086289311 hasConcept C159985019 @default.
• W3086289311 hasConcept C184050105 @default.
• W3086289311 hasConcept C192562407 @default.
• W3086289311 hasConcept C202973686 @default.

• next