• Title/Summary/Keyword: dramatic direction

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A Study of the Direction on Wordless Comics Inflection as The Transition (장면전환으로서 '글 없는 만화연출'의 활용 연구)

  • Lee, Won-Seok;Yoon, Gi-Hyuen
    • Cartoon and Animation Studies
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    • s.12
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    • pp.13-26
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    • 2007
  • The wordless comics means comics without word and only the image. The study treats the research and the analysis on the wordless comics as the transition. The degree of study are the wordless comics is used as transition with material and scene, with subject and narrative and so on. These practical use of the wordless comics influence how much dramatic effect with comics rather than text comics.

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A Study on the Method of Space-direction in Environmental Design - With Special Reference to The Christo′s Environmental Works - (환경디자인의 공간연출방법에 관한 연구 - 크리스토의 환경작업을 사례로)

  • 오경환;정수진
    • Archives of design research
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    • v.14 no.2
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    • pp.175-185
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    • 2001
  • This study is concerned about the meaning of space-direction in environmental design and its form for examples of Javacheff Christo's works. As environmental design that space-direction is very important thing, but it is difficult to find some concreted style. Even more there are greatly indistinct in the boundary between environmental art and environmental design. Studying on Cristo's work which is valuable way of using space-direction. We will applicate for needful methods in environmental design. Christo's works are divided three boundary. ai. environmental wrapping, environmental installation, environmental partition. His way of space-direction that is dramatic, participating in process, concentrating in place-specific, and various way of utilizing object. It is meaningful study that survey to Christo's works. They present as environmentally directing object, showing situation, and building experience of space. So it is possible to judge the evaluation of his works. Finally, space-direction that finding in Christo's work is very useful way in environmental design process.

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Two aspects of transforming ShimChungJeon for modern times (근대 시기 <심청전> 극적 변용의 두 양상 -잡극 <심청왕후전>과 시나리오 <효녀 심청전>을 중심으로-)

  • Seo, Yukyung
    • Journal of Korean Classical Literature and Education
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    • no.33
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    • pp.185-210
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    • 2016
  • This thesis explores how JobGeuk ShimChungWangWhoJeon and the Devoted daughter ShimChungJeon scenario have transformed ShimChungJeon, a notable work of Pansori literature, dramatically for modern times. By analyzing the adapter's consciousness and changing direction in these two works, it was found that ShimChungJeon was tailored to audiences in the 1900s. JobGeuk and the scenario are attempts to transform ShimChungJeon to meet cultural needs in the 21st century and to make the works appealing to the public. The aspects of the transformation of JobGeuk ShimChungWangWhoJeon are 1) reinforcement of logical causality, 2) weakening the humor and simultaneously emphasizing the work's surreal nature, and 3) dramatic expression by song. The aspects of the change in direction of the Devoted daughter ShimChungJeon scenario are 1)the insertion of a new narrative, 2)trying to evoke both humor and tragic sadness, 3)seeking newness with the reassignment of time and events. JobGeuk ShimChungWangWhoJeon is the first example of the transformation of ShimChungJeon's dramatic style and Devoted daughter ShimChungJeon is the first transformation of its scenario. These two works show how ShimChungJeon can be adapted to modern times and new cultures, and how ShimChungJeon can be made relevant and be enjoyed by the public regardless of the era.

Optimum Design of Aerodynamic Shape of Cascade with Rotor-Stator Interactions (정익과 동익의 상호작용을 고려한 익렬의 공력 형상 최적 설계)

  • Cho, J. K.;Park, W. G.
    • The KSFM Journal of Fluid Machinery
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    • v.5 no.3 s.16
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    • pp.40-45
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    • 2002
  • Since the previous cut-and-try design algorithm requires much cost and time, the automated design technique with the CFD and optimum design algorithm has recently been concerned. In this work, the Navier-Stokes equation was solved to gain more detailed viscous flow information of cascade with rotor-stator interactions. The H-grid embedded by O-grid was generated to obtain more accurate solution by eliminating the branch cut of H-grid near airfoil surface. To handle the relative motion of the rotor to the stationary stator, the sliding multiblock method was applied and the cubic-spline interpolation was used on the block interface boundary. To validate present procedure, the time-averaged aerodynamic loads were compared with experimeatal data. A good agreement was obtained. The Modified Method of Feasible Direction (MMFD) was used to carry out the sensitivity analysis of the change of aerodynamic performance by the changes of the cascade geometry. The present optimization of the cascade gave a dramatic reduction of the drag while the lift maintains at the value within the user-specified tolerance.

A MECHANISM OF DEEP WELD PENETRATION IN GAS TUNGSTEN ARC WELDGING WITH ACTIVATING FLUX

  • Manabu Tanaka;Hidenori Terasaki;Masao Ushio;John J. Lowke;Yang, Chun-Li
    • Proceedings of the KWS Conference
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    • 2002.10a
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    • pp.76-81
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    • 2002
  • The dramatic increase in the depth of a weld bead penetration has been demonstrated by welding a stainless steel in GTA (Gas-Tungsten-Arc) process with activating flux which consists of oxides and halides. However, there is no commonly agreed mechanism fer the effect of flux on the process. In order to make clear the mechanism, each behavior of the arc md the weld pool in GTA process with activating flux is observed in comparison with a conventional GTA process. A constricted anode root is shown in GTA process with the activating flux, whereas a diffuse anode root is shown in the conventional process. These anode roots are related strongly to metal vapor from the weld pool and the metal vapor is also related to temperature distributions on the weld pool surface. Furthermore, it is suggested that a balance between the Marangoni force and the drag force of the cathode jet should dominate the direction of re-circulatory flow in the weld pool. The electromagnetic force encourages the inward re-circulatory flow due to the constricted anode root in the case with flux. The difference in flow direction in the weld pool changes the geometry or depth/width ratio of weld bead penetration.

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Action Research on the Effective Direction of Three-year-old Children's Drama Activities (만 3세 유아 동극 활동의 효과적 운영방안에 대한 실행연구)

  • Jang, Hyun Jin;Hong, Yong Hee
    • Korean Journal of Child Studies
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    • v.34 no.2
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    • pp.63-81
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    • 2013
  • The purpose of this study was to investigate and conduct effective schemes to direct drama activities for three-year-old children and to examine its influence on them. This research subjects comprised 23 three-year-old children and 2 teachers attending classes at Gureum at SanDeul kindergarten in Seoul, Korea. The researcher first recognized that problems existed in the ways in which children's leading roles were limited by the actor's roles themselves and they therefore were constrained in their use of dramatic expressions while performing drama activities. The researcher also recognized that children's drama activities integrated with traditional culture were largely deficient. For more effectively direction of children's drama activities, action research method was conducted over two sessions. First, certain factors of plays and traditional culture were incorporated within children's drama activities. Second, certain factors of Madangguk and traditional culture were also incorporated within children's drama activities. Through undertaking this research project, children were given the opportunity to actively participated in drama activities, trained their range of imaginative expressions, improved their cooperation with peers and enhanced their interest in traditional culture. The research suggests that children's drama activities when integrated with plays and Madangguk could effectively enhance children's artistic and educational skill.

Application of Spectral Method to Laminar and Turbulent Flow Analysis around a Circular Cylinder (스펙트럴법을 이용한 원형주상체주위 층난류 유동해석)

  • Y.S. Shin
    • Journal of the Society of Naval Architects of Korea
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    • v.37 no.4
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    • pp.31-39
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    • 2000
  • In this study, the numerical analysis for laminar and turbulent flows around a circular cylinder is carried out from Reynolds number $10^4\;to\;10^6$, where the dramatic change of drag coefficients exists around Reynolds number $4{\times}10^5$. The numerical results are compared with those of the experiments and they show reasonable agreements. The good results can be obtained without turbulent model by minimizing mesh size in the body normal direction and increasing mesh numbers in the body tangential direction. The future study for 2-dimensional flat plates with no pressure gradients and 3-dimensional bodies must be made to verify whether the same conclusions can be drawn.

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A Study on the Fracture Toughness of Glass-Carbon Hybrid Composites (유리-탄소 하이브리드 복합재료의 파괴인성에 관한 연구)

  • No, Ho-Seop;Go, Seong-Wi
    • Journal of the Korean Society of Fisheries and Ocean Technology
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    • v.28 no.3
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    • pp.295-305
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    • 1992
  • The critical strain energy release rate and the failure mechanisms of glass-carbon epoxy resin hybrid composites are investigated in the temperature range of the ambient temperature to 8$0^{\circ}C$. The direction of laminates and the volume fraction are [(+45, -45, 0, 0) sub(2) ] sub(s), 50%, respectively. The major failure mechanisms of these composites are studied using the scanning electron microscope for the fracture surface. Results are summarized as follows: 1) The critical strain energy release rate shows a maximum at ambient temperature and it tends to decrease as temperature goes up. 2) The critical strain energy release rate increases as the content of glass increases, and especially shows dramatic increase for the high glass fiber content specimens. 3) Major failure mechanisms can be classfied such as localized shear yielding, fiber-matrix debonding, matrix micro-cracking, and fiber pull-out and/or delamination.

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Perspective on Revaluation of Chinese Yuan and Effects on the Korean Exports (중국위안화의 평가절상가능성과 대중수출기업의 대응방안)

  • Lee, Oun-Young
    • International Commerce and Information Review
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    • v.6 no.2
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    • pp.385-400
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    • 2004
  • China has pegged its currency to the US dollar (at RMB 8.3 to the dollar) since 1994. The yuan's dollar peg has increased demand for chinese exports, which account for about a third of gross domestic product. The peg has also helped to attract $308 billion in foreign investment. But there has been criticism that China has over the past two years been engaging in protracted, large-scale intervention in one direction in exchange markets. According to many reports, RMB is undervalued by somewhere between 15 and 30% by manipulation. China may not want to float the currency at once, since doing so would have a dramatic and negative effect on the economy. However, there has so far been strong pressure from trading partners including the Unite States, Japan, EU. Considered all these things, China may eventually allow some changes in the Yuan's value. This may come in the form of widening a band of movement for the currency, rather than letting it float freely in the market.

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Fast Template Matching for the Recognition of Hand Vascular Pattern (정맥패턴인식을 위한 고속 원형정합)

  • Choi, Kwang-Wook;Choi, Hwan-Soo;Pyo, Kwang-Soo
    • Proceedings of the KIEE Conference
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    • 2003.11c
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    • pp.532-535
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    • 2003
  • In this paper, we propose a new algorithm that can enhance the speed of template matching of hand vascular pattern person verification or recognition system. Various template matching algorithms have advantages in the matching accuracy, but most of the algorithms suffer from computational burden. To reduce the computational amount, with accuracy maintained, we propose following template matching scenario as follows. firstly, original hand vascular image is re-sampled in order to reduce spatial resolution. Secondly, reconstructed image is projected to vertical and horizontal direction, being converted to two one dimensional (1D) data. Thirdly, converted data is used to estimate spatial discrepancy between stored template image and target image. Finally, matching begins from where the estimated order is highest, and finishes when matching decision function is computed to be over certain threshold. We've applied the proposed algorithm to hand vascular pattern identification application for biometrics, and observed dramatic matching speed enhancement. This paper presents detailed explanation of the proposed algorithm and evaluation results.

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