Journal Article

23 Seo M, Kim J, Kim H, Yoo H, Lee H, and Chae Y* (2022). Changes in physical and functional properties of high-density and PU coated water-repellent woven fabrics after repeated laundering. Journal of Human Ecology, 26(1), 53-64. [KCI]
22 Seok D, Kim J, Shin J, An C, and Chae Y* (2022). Changes in illumination preferences for textiles with varying physical color attributes. Fibers and Polymers, 23(4), 1031-1039. [SCIE]
21 Chae Y* (2022). Comparative study of the illumination effect on the appearances of woven fabrics composed of single and multiple colors of yarns. Textile Research Journal, 92(3-4), 618-631. [SCI]
20 Lam Y, Fan S, Chae Y, Wong L, He L, Fei B, and Xin JH* (2022). Heteromolecular pigmentations of plant-derived catechol and their application on textiles. Journal of Cleaner Production, 332. [SCIE]
19 Chae Y* (2022). Color appearance shifts depending on surface roughness, illuminants, and physical colors. Scientific Reports, 12(1371). [SCI]
18 Chae Y* and Lee E (2021). Color inconstancy of chromatic and achromatic textile fabrics with changes in the correlated color temperature and luminance of the light source. Fibers and Polymers, 22(10), 2762-2772. [SCIE]
17 Chae Y* and Hwang J (2020). Visual color difference between colored-yarn mixed woven fabrics and their instrumentally measured colors: the effects of individual yarn colors and texture. Fibers and Polymers, 21(4), 792-802. [SCIE]
16 Chae Y* (2020). A method for predicting the color appearance values of textiles depending on illumination. Journal of the Korean Society of Clothing and Textiles, 44(1), 68-83. [SCOPUS]
15 Chae Y* (2020). The color appearance shifts of woven fabrics induced by the optical blending of colored yarns. Textile Research Journal, 90(3-4), 395-409. [SCI]
14 Hwang J*, Hong Y, Lee DH, Kwak Y, Park S, Yoo JK, and Chae Y (2019). Experimental method for measuring color appearance shifts in high-dynamic-range luminance conditions. Journal of the Optical Society of America A, 36(11), 1940-1948. [SCI]