• Title/Summary/Keyword: fiber art

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Research on the Beijing International Fiber Art Biennale -Focused on Entries from Korea, China and Japan- (베이징 국제 섬유비엔날레에 관한 연구 -한국, 중국, 일본의 출품작을 중심으로-)

  • Chung, Kyoungyeon;Yoon, Nayoung
    • Journal of Fashion Business
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    • v.24 no.3
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    • pp.114-120
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    • 2020
  • This paper is a study of culture and identity expressed in textile art works of the age of globalization, centering on the Beijing International Fiber Art Biennale. This study began with the idea that globalism would develop regional cultural diversity as well as contribute to the field of art. In 2000, the Beijing International Fiber Art Biennale held its first large exhibition, and a total of 10 biennales were held from then until 2018. Get an understanding of the Beijing International fiber art Biennale, and select award-winning works from one to ten times to learn about cultural characteristics and identity. The analysis was based on the works of awards from China and Japan, including Korea, which are the center of East Asian culture. The Beijing International Fiber Art Biennale has steadily increased the number of participating countries, writers and works, and once again opened the stage for the revival of textile art following the Lausanne International Tapestry Biennale. Through the Beijing International Fiber Art Biennale, textile artists hope to promote world harmony in textile art, respect cultural diversity and conduct equal dialogue between East and West cultures.

The Relationship between Traditional Embroidery of Gubang Craft and Modern Fiber Art in Korea

  • Rhee, Soo-Cheol
    • Journal of Fashion Business
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    • v.8 no.3
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    • pp.20-33
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    • 2004
  • The creative energy of the Korean women who pursued spiritual artistic practices under the limited situation of male-dominated confucian society in the Chosun Dynasty(AD 1392 - AD 1910) constituted the background for the development of Gubang Craft. Gubang Craft represented their artistic abilities, moral and family values, and the pursuit of self-esteem. Especially embroidery successfully showed four main elements of Gubang Craft such as embellishment, diversity, femininity, and craftsmanship. This paper is designed to explore how the traditional elements of embroidery works are restored and have influence on the modern Korean fiber art.

Historical Significance of Industrial Materials in Fiber Art (섬유미술에 사용된 산업용 재료의 미술사적 의의)

  • 박남성
    • Archives of design research
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    • no.16
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    • pp.237-252
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    • 1996
  • Study of new materials, which has been going on in many fields of modem art since the beginning of this century, has cintributed much to the development of modem art. In this regard, it is noteworthy that many in the field of fiber art have experimented with non-traditional, indusrial materials with some notable success. Industrial materials represent the world of thechnology we live in and help us form the kind of view on art that is reflective of the present age and its social milieu. Industrial materials, when used as media for art, also present us with new concepts and possibilities for artistic expression. In fiber art, the use of industrial materials has greatly expanded the very idea of 'fiber', effectively ferring the imagination of fiber aetists to experiment with diverse materials and new mathodology. Overcoming the traditional constraints of technique-orienthd their discipline, fiber artists began to pay more attention to matiere or the material jtself and the infinite variety of surface, color and texture that it promises. And informed by this newly discovered aesthetice of the material. fiber artists began in eamest to expand the area of their artistic expression, producing multi-dimensional works, conquering space and experimentiong with hugc environmantal works.

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A Study on Art Wear(I)-Focusing on Clothing-Sculpture- (예술의상에 관한 연구(I)-의상조각(Clothing-Sculpture)을 중심으로-)

  • 김정혜
    • Journal of the Korean Society of Costume
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    • v.38
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    • pp.159-178
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    • 1998
  • Genres of the modern arts are expanding the overlapping area between the arts ; ceramics and weaving considered as crafts are devel-oped to the ceramic art and the fiber art, re-spectively. This trend has been also applied to the clothing part, which produced several new terms such as‘art to wear’,‘unwearable art’,‘clothing sculpture’and so on. As following this tendency, the unwearable art is dwelling on the boundary of painting, fiber art and scul-pture, and the clothing sculpture comes from the combination of fiber art and sculpture. While Issey Miyake's dress made of bamboo and Foltuny's pleats dress associated with Greek stone-column introduce the sculpture to the functional fashion design, the works of clothing sculpture become the arts by applying the sculpture to the non-functional unwearable art. Although the clothing sculpture is an interesting subject to be studied continuously for its effect on the contemporary clothing part, it is valuable enough as an unwearable art and sculpture respresenting the artist's concept under the circumstance that the boundary between arts and design is no longer clear, i.e., the clothing and the sculpture come across their regions each other. Furthermore, the clothing sculpture has its own value as a metapor exposing idea, feeling and spirit of the artist in the genre of the unwearable art. With a view point of the abstract clothing concept, the clothing sculpture has been taking the role expanding the clothing to the world of fine art.

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Research on Damage Identification of Buried Pipeline Based on Fiber Optic Vibration Signal

  • Weihong Lin;Wei Peng;Yong Kong;Zimin Shen;Yuzhou Du;Leihong Zhang;Dawei Zhang
    • Current Optics and Photonics
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    • v.7 no.5
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    • pp.511-517
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    • 2023
  • Pipelines play an important role in urban water supply and drainage, oil and gas transmission, etc. This paper presents a technique for pattern recognition of fiber optic vibration signals collected by a distributed vibration sensing (DVS) system using a deep learning residual network (ResNet). The optical fiber is laid on the pipeline, and the signal is collected by the DVS system and converted into a 64 × 64 single-channel grayscale image. The grayscale image is input into the ResNet to extract features, and finally the K-nearest-neighbors (KNN) algorithm is used to achieve the classification and recognition of pipeline damage.

A Study on the Composition of the Exhibition space unit in the Minimum Art Museum and Small Art Museum Admitting Multifunction (복합기능을 수용하는 소규모 및 극소규모 미술관의 단위전시공간 구성에 관한 연구)

  • 문정민;안우진;고성룡
    • Korean Institute of Interior Design Journal
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    • no.29
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    • pp.181-187
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    • 2001
  • The art museum plays a role as a cultural space that can solve the cultural desire of people and see a good art works. It is in exhibition space that they personally exchange the feeling between an art work and a viewer in art museum. The types and works - a fiber, a photo, an establishment that needs many places, devices, a video art, and an action art called "performance", cultural art - are shown in small art museum. Moreover, exhibition spaces are modified into the space of another art activities like dancing, music concerts in small art museum because it has no profit space for diverse art activities. And the exhibition the characters of the exhibition space in small art museum. So, it needs to change the characters of the exhibition space in small art museum. Under these background, this stud\ulcorner surveys and analyzes the exhibits, the organization methods, the modified conditions, and the scale of the existing exhibitional space in small art museum. Therefore, the goal of this study is to suggest the composition of the exhibition space unit considering the function and the multifunction in minimum art museum and small art museum.

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Extensibility of Human body Inter-textuality as Body-signs in Contemporary fiber Arts - Abakanowiz Abakan - (현대섬유예술에 나타난 몸의 확장성과 인체기호로서의 상호 텍스트성 - 아바카노비치의 아바칸을 중심으로 -)

  • 김성희
    • Archives of design research
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    • v.13 no.3
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    • pp.69-80
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    • 2000
  • Body has been high-lightened as one of the most important theme since the philosophy and the arts are focused on it in the late 20 century. Resurgence of interests in human body has been based on the skepticism on rapid digitalization and do-materialization currently undergoing in electronic media environments. Artists have been endeavoring more and more to find a synthesis which links the conceptual and the sensuous in their works as digitalization gets faster and faster. The Bodily-oriented art uses its visceral qualities, either literally or metaphorically, to engage our total being, not just our mental consciousness, in building a sensuous, evocative statement. Its transcendent ideas are inter- mixed with the fabric of the world. We are touched by this art not only because we understand it cognitively, but because we "feel"it. These characteristics of textile arts caused gradual increase of soft-sculpture works using textiles and implies possibilities of inter-grade of physical and mental world. Ann Hamilton, Magdalena Abakanowiz, Folly Apfelbaum and Pallid Dougherty are, for example, related to the fiber arts. It would be of worth to study the characteristics of contemporary faber-art works, especially done by Abakanowiz who has been regarded as a dominant pioneer in the contemporary fiber arts from the viewpoint of inter-grade of the physicals and the mental. This paper, therefore, deals with the Abaknowiz′works in the context of human body and body-signs. Life and works might be classified into 5 stages; first, learning period since her birth in 1930, second, creation period of Abakan, third, remodelling period of Abakan, fourth, composition and dissolution period of Abakan and the last and fifth, new transformation period of Abakan. ′Abakan′through her whole life as an artist has been a plastic language and based ultimately on external human body but in various materials and forms.

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High Sensitive Fiber Optic Temperature Sensor Based on a Side-polished Single-mode Fiber Coupled to a Tapered Multimode Overlay Waveguide

  • Prerana, Prerana;Varshney, Ravendra Kumar;Pal, Bishnu Pada;Nagaraju, Bezwada
    • Journal of the Optical Society of Korea
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    • v.14 no.4
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    • pp.337-341
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    • 2010
  • A high sensitivity fiber optic temperature sensor based on a side-polished fiber (SPF) coupled to a tapered multimode overlay waveguide (MMOW) is proposed and studied. Both tapered and non-tapered MMOW were considered to study the effect of tapering of MMOW on the characteristics of the device and to investigate the criticality of the uniformity of the multimode overlay waveguide over the SPF. Present study shows that tapering of the MMOW can be used to tune the desired wavelength range without any loss in the sensitivity. Sensitivity up to 9 nm/$^{\circ}C$ within the temperature range of 25 to $100^{\circ}C$ can be achieved with the proposed sensor, almost 6 times higher compared even to state-of-the-art high-sensitivity grating-based fiber optic temperature sensors.

Body Food: Touch Mat for Emotional and Physical Development of Children

  • Jo, HanGyeol;Kang, EunJeong;Yoon, Youngjun;Choi, Yongsoon
    • International Journal of Advanced Culture Technology
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    • v.7 no.1
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    • pp.162-173
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    • 2019
  • This study proposed 'Body Food,' an interactive tactile mat that provides interactive visual responses and induces physical activity in young children at the time of developing tactile and five senses, along with the touch of various stimuli. The product combines fiber materials and digital content to achieve a variety of visual and auditory responses in real time when children touch the fabric. User tests were conducted for 4-year-olds and the result was positive in terms of physical exercise and artistic experience, but quantitative testing is required to generalize it. In the future, we will complement physical and digital contents to realize more complete product.

Enzymatic Dyeing for Wool (효소를 이용한 wool의 염색)

  • Hoon Sik Shin;Byong Dae Jeon;Artur Cavaco-Paulo;Mitsuo Ueda
    • Proceedings of the Korean Fiber Society Conference
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    • 2001.10a
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    • pp.59-62
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    • 2001
  • Oxydoreductase enzymes such as laccases (benzenediol: oxygen oxidoreductase, EC 1.10.3.2) and horseradish peroxidase (donor: hydrogen peroxide oxidoreductase, HRP, EC 1.11.1.7) can provide novel ways for wool coloration in the face of actual state of the art of these enzymes. HRP has been reported as a very useful enzyme for the synthesis of phenolic polymers2). (omitted)

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