2022
DOI: 10.1016/j.optlaseng.2021.106813
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On accounting for speckle extinction via DIC and PCA

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Cited by 4 publications
(1 citation statement)
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“…The first two specimens (i.e., MZ1-S1450G and MZ2-S1400) were tested under monotonic loading history at room temperature and 600°C, respectively (Figure 3). The chosen testing temperature was the highest possible with the present furnace and led to the understanding on how to treat the acquired images [32] before preparing the setup and performing such experiments at higher temperatures for which further challenges will arise such as black body radiations [33]. All the other experiments (i.e., MZ3-S1400G, MZ4-S1450, and MZ5-S1450G) had five cycles and were performed at 600°C.…”
Section: Wedge Splitting Testsmentioning
confidence: 99%
“…The first two specimens (i.e., MZ1-S1450G and MZ2-S1400) were tested under monotonic loading history at room temperature and 600°C, respectively (Figure 3). The chosen testing temperature was the highest possible with the present furnace and led to the understanding on how to treat the acquired images [32] before preparing the setup and performing such experiments at higher temperatures for which further challenges will arise such as black body radiations [33]. All the other experiments (i.e., MZ3-S1400G, MZ4-S1450, and MZ5-S1450G) had five cycles and were performed at 600°C.…”
Section: Wedge Splitting Testsmentioning
confidence: 99%