2021
DOI: 10.1007/s12650-020-00730-2
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Temperature correction for oil film interferometry with infrared camera in skin friction measurements

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Cited by 5 publications
(2 citation statements)
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“…In the same year, Thai et al 17 studied the influence of camera exposure time on reducing high-temperature thermal radiation and proposed a suitable camera exposure time for the high-temperature DIC method. In 2020, Iijima et al 18 proposed a correction method that used calibration curves to account for temperature effects to obtain more accurate results.…”
Section: Introductionmentioning
confidence: 99%
“…In the same year, Thai et al 17 studied the influence of camera exposure time on reducing high-temperature thermal radiation and proposed a suitable camera exposure time for the high-temperature DIC method. In 2020, Iijima et al 18 proposed a correction method that used calibration curves to account for temperature effects to obtain more accurate results.…”
Section: Introductionmentioning
confidence: 99%
“…一方, オイル干渉法 と油膜法を組み合わせ, 表面摩擦力を定量的に面計測する 方法が提案 17) されているものの, 油膜による表面摩擦力計 測は, 油膜の温度変化による計測精度の悪化が課題となる 18) . この課題に対しては, IR カメラを用いた表面温度計測に より, オイル干渉法の計測精度が向上することを確認して いる 19,20) . 本研究では, オイル干渉法と油膜法による定量的な面計 測に加えて, IR カメラを用いた表面温度計測を行い, 高精度 な表面摩擦力分布計測を試みる.…”
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