Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382139558> ?p ?o ?g. }
- W4382139558 endingPage "3475" @default.
- W4382139558 startingPage "3461" @default.
- W4382139558 abstract "Abstract To achieve a desired microstructure and minimize the thickness variation in rolled foils, researchers must understand the effects of foil fabrication process variables on microstructure evolution. We developed an integrated simulation of deformation and recrystallization that employs the finite element method (FEM) and the kinetic Monte Carlo (KMC) Potts model, respectively, to investigate microstructure evolution during multiple-pass hot rolling and heat treatment in polycrystalline U-10Mo fuel. Scanning electron microscopy and electron backscatter diffraction images of microstructures were directly used as input in FEM calculation of deformation, and the calculated strains were used to determine the driving force of nucleation and growth of recrystallized grains in the Potts model. Grain structures predicted by the Potts model were used to update the grain structure and material properties for FEM. Simulation alternated between FEM and the Potts model to simulate grain structure evolution during multiple rolling and heat treatments. The initial model parameters were determined by benchmarking the recrystallization kinetics against experimental data. Then, the model was applied to predict the grain structure evolution. Results showed that our model can capture the coupling between deformation and recrystallization and can quantitatively reproduce the observed U-10Mo recrystallization and grain growth kinetics. The simulation results demonstrated that the developed model can predict U-10Mo grain structures as a function of initial microstructure and foil fabrication parameters." @default.
- W4382139558 created "2023-06-27" @default.
- W4382139558 creator A5001404223 @default.
- W4382139558 creator A5005052574 @default.
- W4382139558 creator A5016942679 @default.
- W4382139558 creator A5051558159 @default.
- W4382139558 creator A5065391995 @default.
- W4382139558 creator A5071610040 @default.
- W4382139558 creator A5072013134 @default.
- W4382139558 creator A5090439292 @default.
- W4382139558 date "2023-06-26" @default.
- W4382139558 modified "2023-09-25" @default.
- W4382139558 title "An Integrated Simulation of Multiple-Pass U-10Mo Alloy Hot Rolling and Static Recrystallization" @default.
- W4382139558 cites W1517579846 @default.
- W4382139558 cites W1551663131 @default.
- W4382139558 cites W1604438589 @default.
- W4382139558 cites W1757095182 @default.
- W4382139558 cites W1967460444 @default.
- W4382139558 cites W1968774221 @default.
- W4382139558 cites W1971860790 @default.
- W4382139558 cites W1976821634 @default.
- W4382139558 cites W1980555727 @default.
- W4382139558 cites W1986205480 @default.
- W4382139558 cites W1987287482 @default.
- W4382139558 cites W1988335009 @default.
- W4382139558 cites W1992473581 @default.
- W4382139558 cites W1997421155 @default.
- W4382139558 cites W2008249551 @default.
- W4382139558 cites W2015964167 @default.
- W4382139558 cites W2023313323 @default.
- W4382139558 cites W2030460424 @default.
- W4382139558 cites W2032042293 @default.
- W4382139558 cites W2034393156 @default.
- W4382139558 cites W2038002164 @default.
- W4382139558 cites W2043363495 @default.
- W4382139558 cites W2043902250 @default.
- W4382139558 cites W2046079123 @default.
- W4382139558 cites W2046316329 @default.
- W4382139558 cites W2046660839 @default.
- W4382139558 cites W2047429944 @default.
- W4382139558 cites W2048644960 @default.
- W4382139558 cites W2061371252 @default.
- W4382139558 cites W2062350664 @default.
- W4382139558 cites W2065928885 @default.
- W4382139558 cites W2072678584 @default.
- W4382139558 cites W2073949415 @default.
- W4382139558 cites W2077678741 @default.
- W4382139558 cites W2079374310 @default.
- W4382139558 cites W2081176137 @default.
- W4382139558 cites W2082171793 @default.
- W4382139558 cites W2082880977 @default.
- W4382139558 cites W2083261486 @default.
- W4382139558 cites W2084131313 @default.
- W4382139558 cites W2090390366 @default.
- W4382139558 cites W2132537512 @default.
- W4382139558 cites W2168305461 @default.
- W4382139558 cites W2199415153 @default.
- W4382139558 cites W2287196200 @default.
- W4382139558 cites W2291550550 @default.
- W4382139558 cites W2395871302 @default.
- W4382139558 cites W2404352994 @default.
- W4382139558 cites W2466772597 @default.
- W4382139558 cites W2477031795 @default.
- W4382139558 cites W2507348618 @default.
- W4382139558 cites W2508159308 @default.
- W4382139558 cites W2509930068 @default.
- W4382139558 cites W2513613747 @default.
- W4382139558 cites W2523121409 @default.
- W4382139558 cites W2557897617 @default.
- W4382139558 cites W2564124663 @default.
- W4382139558 cites W2564209180 @default.
- W4382139558 cites W2569983636 @default.
- W4382139558 cites W2577533700 @default.
- W4382139558 cites W2598418601 @default.
- W4382139558 cites W2607055818 @default.
- W4382139558 cites W2634239610 @default.
- W4382139558 cites W2684752006 @default.
- W4382139558 cites W2727439868 @default.
- W4382139558 cites W2751764645 @default.
- W4382139558 cites W2755801767 @default.
- W4382139558 cites W2761643893 @default.
- W4382139558 cites W2763226595 @default.
- W4382139558 cites W2765982086 @default.
- W4382139558 cites W2774692267 @default.
- W4382139558 cites W2782509105 @default.
- W4382139558 cites W2790444367 @default.
- W4382139558 cites W2885811808 @default.
- W4382139558 cites W2899080593 @default.
- W4382139558 cites W2908509097 @default.
- W4382139558 cites W2947226748 @default.
- W4382139558 cites W2955076621 @default.
- W4382139558 cites W2969912523 @default.
- W4382139558 cites W2992789584 @default.
- W4382139558 cites W3176680186 @default.
- W4382139558 cites W3215444087 @default.
- W4382139558 cites W4283713730 @default.
- W4382139558 cites W832218836 @default.
- W4382139558 doi "https://doi.org/10.1007/s11661-023-07077-x" @default.