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Projection-Mapping Art Using Opera Facial Makeup Patterns in Projection: Based on the Artwork “Mask”
Yintao Cheng,ChangYong Jung,Kim Taeyong 중앙대학교 영상콘텐츠융합연구소 2021 TechArt :Journal of Arts and Imaging Science Vol.8 No.3
Opera has an important position in the history of art. The elements of opera, such as masks, clothing, and ornaments, have many applications in modern design. However, public interest in operas is fading, as the medium requires a quiet type of appreciation that is no longer feasible due to the accelerated pace of life. The new media artwork Mask is a response to this situation using operatic masks. An iPad was used to draw and edit mask patterns, After Effects was used to create a video, and finally the image was projected onto a white mask model placed on a wall. It is hoped that the work conveys the beauty and unique charm of operatic art to the audience.
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Numerical Study on the Damage Characteristics of Layered Shale Using 3D DEM
Juan Huang,Yintao Song,Ming-feng Lei,Cheng-hua Shi,Chaojun Jia,Jian Zhang 대한토목학회 2023 KSCE Journal of Civil Engineering Vol.27 No.12
Layered shale is a kind of rock with obvious anisotropy, which is significantly influenced by the inclination angle of the rock. In this study, the influence of bedding dip on the strength characteristics, failure mode, and internal fracture evolution of layered shale was investigated through laboratory triaxial compression tests and three-dimensional discrete element numerical simulations. Results show that the numerical model of layered shale constructed using the bonded block model can simulate the layered shale in terms of U-shaped strength variation and failure modes very well. Based on the distribution of cracks and failure characteristics of layered rocks, the failure modes of layered rocks are classified as follows: Shear failure across the bedding plane, slip failure along bedding planes, combined tensile splitting and shear failure. The development of microcracks damage in the slip failure model is controlled by interlayer joints, while in other failure modes, it is jointly controlled by the rock matrix and interlayer joints. The relationship between microscopic joint parameters and the variations of Young's modulus and peak strength has been proposed.
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