Matches in SemOpenAlex for { <https://semopenalex.org/work/W2009964954> ?p ?o ?g. }
- W2009964954 endingPage "11" @default.
- W2009964954 startingPage "1" @default.
- W2009964954 abstract "Abstract In-situ monitoring the mechanical damage of structural materials is important for controlling the failures. In general, temperature patterns generated in structural materials can serve as significant fingerprints during loading. Thus, the infrared (IR) camera is an excellent tool to study the deformation and failure mechanisms of structural alloys. With the understanding of the temperature evolutions during mechanical testing, thermography could provide the direct information and evidence of the stress–strain distribution, shear-band formation and growth, crack initiation and propagation, and plastic-zone evolution. In this paper, we provide a comprehensive review of the applications of thermographic techniques in studying the temperature evolutions in shear bands and cracks of bulk metallic glasses (BMGs) under loading. In-situ visualizations as well as qualitative and quantitative analyses of mechanical-damage processes have been performed through thermography results. Theoretical models combining the thermodynamics and heat-conduction theory are developed to understand the shear-band deformation mechanisms of BMGs under monotonic and cyclic loading. Furthermore, some new data developed under compression–compression cyclic loading is included in the present study." @default.
- W2009964954 created "2016-06-24" @default.
- W2009964954 creator A5022256556 @default.
- W2009964954 creator A5027297848 @default.
- W2009964954 creator A5030344445 @default.
- W2009964954 creator A5033366265 @default.
- W2009964954 creator A5063241131 @default.
- W2009964954 creator A5071792290 @default.
- W2009964954 date "2012-11-01" @default.
- W2009964954 modified "2023-10-14" @default.
- W2009964954 title "Thermographic studies of temperature evolutions in bulk metallic glasses: An overview" @default.
- W2009964954 cites W1539180389 @default.
- W2009964954 cites W1974412099 @default.
- W2009964954 cites W1982592057 @default.
- W2009964954 cites W1985477565 @default.
- W2009964954 cites W1989725137 @default.
- W2009964954 cites W1992191600 @default.
- W2009964954 cites W1998462980 @default.
- W2009964954 cites W2000761434 @default.
- W2009964954 cites W2003403033 @default.
- W2009964954 cites W2005017452 @default.
- W2009964954 cites W2011076415 @default.
- W2009964954 cites W2011921906 @default.
- W2009964954 cites W2012126658 @default.
- W2009964954 cites W2016321958 @default.
- W2009964954 cites W2018239457 @default.
- W2009964954 cites W2018856512 @default.
- W2009964954 cites W2019023899 @default.
- W2009964954 cites W2023517334 @default.
- W2009964954 cites W2027543487 @default.
- W2009964954 cites W2029623520 @default.
- W2009964954 cites W2034453237 @default.
- W2009964954 cites W2036608176 @default.
- W2009964954 cites W2038166626 @default.
- W2009964954 cites W2039585752 @default.
- W2009964954 cites W2040939478 @default.
- W2009964954 cites W2044476413 @default.
- W2009964954 cites W2045603867 @default.
- W2009964954 cites W2048308288 @default.
- W2009964954 cites W2059425255 @default.
- W2009964954 cites W2063807711 @default.
- W2009964954 cites W2070239058 @default.
- W2009964954 cites W2070341213 @default.
- W2009964954 cites W2072032124 @default.
- W2009964954 cites W2074414468 @default.
- W2009964954 cites W2084991966 @default.
- W2009964954 cites W2087294161 @default.
- W2009964954 cites W2089008896 @default.
- W2009964954 cites W2092529494 @default.
- W2009964954 cites W2093126955 @default.
- W2009964954 cites W2094983663 @default.
- W2009964954 cites W2118142066 @default.
- W2009964954 cites W2118643504 @default.
- W2009964954 cites W2130401713 @default.
- W2009964954 cites W2148225622 @default.
- W2009964954 cites W2148661790 @default.
- W2009964954 cites W2167637588 @default.
- W2009964954 cites W4242622960 @default.
- W2009964954 cites W4250043228 @default.
- W2009964954 doi "https://doi.org/10.1016/j.intermet.2012.03.022" @default.
- W2009964954 hasPublicationYear "2012" @default.
- W2009964954 type Work @default.
- W2009964954 sameAs 2009964954 @default.
- W2009964954 citedByCount "17" @default.
- W2009964954 countsByYear W20099649542012 @default.
- W2009964954 countsByYear W20099649542013 @default.
- W2009964954 countsByYear W20099649542014 @default.
- W2009964954 countsByYear W20099649542015 @default.
- W2009964954 countsByYear W20099649542016 @default.
- W2009964954 countsByYear W20099649542017 @default.
- W2009964954 countsByYear W20099649542018 @default.
- W2009964954 countsByYear W20099649542019 @default.
- W2009964954 countsByYear W20099649542020 @default.
- W2009964954 countsByYear W20099649542023 @default.
- W2009964954 crossrefType "journal-article" @default.
- W2009964954 hasAuthorship W2009964954A5022256556 @default.
- W2009964954 hasAuthorship W2009964954A5027297848 @default.
- W2009964954 hasAuthorship W2009964954A5030344445 @default.
- W2009964954 hasAuthorship W2009964954A5033366265 @default.
- W2009964954 hasAuthorship W2009964954A5063241131 @default.
- W2009964954 hasAuthorship W2009964954A5071792290 @default.
- W2009964954 hasConcept C127413603 @default.
- W2009964954 hasConcept C191897082 @default.
- W2009964954 hasConcept C192562407 @default.
- W2009964954 hasConcept C544153396 @default.
- W2009964954 hasConcept C61696701 @default.
- W2009964954 hasConceptScore W2009964954C127413603 @default.
- W2009964954 hasConceptScore W2009964954C191897082 @default.
- W2009964954 hasConceptScore W2009964954C192562407 @default.
- W2009964954 hasConceptScore W2009964954C544153396 @default.
- W2009964954 hasConceptScore W2009964954C61696701 @default.
- W2009964954 hasLocation W20099649541 @default.
- W2009964954 hasOpenAccess W2009964954 @default.
- W2009964954 hasPrimaryLocation W20099649541 @default.
- W2009964954 hasRelatedWork W2022507789 @default.
- W2009964954 hasRelatedWork W2038064646 @default.
- W2009964954 hasRelatedWork W2070338356 @default.
- W2009964954 hasRelatedWork W2312389078 @default.