Matches in SemOpenAlex for { <https://semopenalex.org/work/W2193132260> ?p ?o ?g. }
- W2193132260 endingPage "303" @default.
- W2193132260 startingPage "287" @default.
- W2193132260 abstract "Infrared thermography uses the temperature-imaging capability of modern thermal cameras to characterize materials and detect flaws. An energy source—whether a pulse of light from a laser or flash lamp, an induction coil, or some other source—induces heat flow in a material, and the resulting temperature patterns are imaged with the thermal camera. In flash thermography, the most widely used form of quantitative thermography, a pulse of light is used as the energy source, and then the surface cooldown is imaged with the thermal camera. Calculations based on an elementary theory of 1D heat conduction can determine thickness (or, equivalently, thermal diffusivity), and nonuniformity in the cooldown will identify defects. This article reviews the methods, approaches, and models of thermography. It focuses on illustrating and identifying the materials, thicknesses, and flaw conditions under which thermography is an effective material characterization technique." @default.
- W2193132260 created "2016-06-24" @default.
- W2193132260 creator A5068447297 @default.
- W2193132260 creator A5084694071 @default.
- W2193132260 date "2016-07-01" @default.
- W2193132260 modified "2023-09-27" @default.
- W2193132260 title "Material Evaluation by Infrared Thermography" @default.
- W2193132260 cites W1499524494 @default.
- W2193132260 cites W1500670660 @default.
- W2193132260 cites W1524658422 @default.
- W2193132260 cites W155784291 @default.
- W2193132260 cites W1611172605 @default.
- W2193132260 cites W1640989057 @default.
- W2193132260 cites W1966491927 @default.
- W2193132260 cites W1966961991 @default.
- W2193132260 cites W1976370636 @default.
- W2193132260 cites W1977012613 @default.
- W2193132260 cites W1979911949 @default.
- W2193132260 cites W1980597042 @default.
- W2193132260 cites W1980846796 @default.
- W2193132260 cites W1982104027 @default.
- W2193132260 cites W1985046369 @default.
- W2193132260 cites W1992459071 @default.
- W2193132260 cites W1997479801 @default.
- W2193132260 cites W2007374418 @default.
- W2193132260 cites W2011438003 @default.
- W2193132260 cites W2014670671 @default.
- W2193132260 cites W2018281928 @default.
- W2193132260 cites W2018350908 @default.
- W2193132260 cites W2021141617 @default.
- W2193132260 cites W2032129774 @default.
- W2193132260 cites W2033313702 @default.
- W2193132260 cites W2035123593 @default.
- W2193132260 cites W2041541566 @default.
- W2193132260 cites W2043857934 @default.
- W2193132260 cites W2053484286 @default.
- W2193132260 cites W2064744170 @default.
- W2193132260 cites W2067912342 @default.
- W2193132260 cites W2068131714 @default.
- W2193132260 cites W2068547745 @default.
- W2193132260 cites W2073049329 @default.
- W2193132260 cites W2076151654 @default.
- W2193132260 cites W2077502484 @default.
- W2193132260 cites W2078136408 @default.
- W2193132260 cites W2081072342 @default.
- W2193132260 cites W2087943233 @default.
- W2193132260 cites W2088886701 @default.
- W2193132260 cites W2089528765 @default.
- W2193132260 cites W2091675212 @default.
- W2193132260 cites W2093254894 @default.
- W2193132260 cites W2105518441 @default.
- W2193132260 cites W2107808343 @default.
- W2193132260 cites W2125461995 @default.
- W2193132260 cites W2159946138 @default.
- W2193132260 cites W2166481745 @default.
- W2193132260 cites W2307395998 @default.
- W2193132260 cites W2329281138 @default.
- W2193132260 cites W2398355831 @default.
- W2193132260 cites W251023907 @default.
- W2193132260 cites W4243729171 @default.
- W2193132260 cites W96790718 @default.
- W2193132260 doi "https://doi.org/10.1146/annurev-matsci-070115-032014" @default.
- W2193132260 hasPublicationYear "2016" @default.
- W2193132260 type Work @default.
- W2193132260 sameAs 2193132260 @default.
- W2193132260 citedByCount "30" @default.
- W2193132260 countsByYear W21931322602016 @default.
- W2193132260 countsByYear W21931322602017 @default.
- W2193132260 countsByYear W21931322602018 @default.
- W2193132260 countsByYear W21931322602019 @default.
- W2193132260 countsByYear W21931322602020 @default.
- W2193132260 countsByYear W21931322602021 @default.
- W2193132260 countsByYear W21931322602022 @default.
- W2193132260 countsByYear W21931322602023 @default.
- W2193132260 crossrefType "journal-article" @default.
- W2193132260 hasAuthorship W2193132260A5068447297 @default.
- W2193132260 hasAuthorship W2193132260A5084694071 @default.
- W2193132260 hasConcept C120665830 @default.
- W2193132260 hasConcept C121332964 @default.
- W2193132260 hasConcept C158355884 @default.
- W2193132260 hasConcept C159985019 @default.
- W2193132260 hasConcept C166841482 @default.
- W2193132260 hasConcept C172100665 @default.
- W2193132260 hasConcept C192562407 @default.
- W2193132260 hasConcept C204530211 @default.
- W2193132260 hasConcept C2777472991 @default.
- W2193132260 hasConcept C2777526259 @default.
- W2193132260 hasConcept C2779222261 @default.
- W2193132260 hasConcept C37668627 @default.
- W2193132260 hasConcept C49040817 @default.
- W2193132260 hasConcept C520434653 @default.
- W2193132260 hasConcept C56529433 @default.
- W2193132260 hasConcept C62520636 @default.
- W2193132260 hasConcept C97355855 @default.
- W2193132260 hasConceptScore W2193132260C120665830 @default.
- W2193132260 hasConceptScore W2193132260C121332964 @default.
- W2193132260 hasConceptScore W2193132260C158355884 @default.
- W2193132260 hasConceptScore W2193132260C159985019 @default.