• The tire
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• s.40
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• pp.22-26
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• 1972

다음의 각국별 제품별고무소비실적 및 타이어생산상황은 EIU(Economic Interigence Unit)의 고무관계조사지 Rubber Trends에서 발췌 번역한 것이다. 타이어생산상황이 게재되지 않는 나라는 제품별고무소비상황을 참고하여 타이어부문과 비타이어부문간의 고무소비실적을 참조하기 바란다.

• Proceedings of the Korea Society of Design Studies Conference
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• 2000.11a
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• pp.70-71
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• 2000

잡지는 산업혁명의 부산물로 산업시대의 산물인 그래픽 디자인의 역사와 함께 발전을 거듭해 왔고 책과 신문의 전통적인 타이포그라피 방식에서 벗어나기 위해 끊임없이 글과 그림들을 새롭게 조합하기 위한 창조의 과정을 거쳐왔다. 잡지는 중요한 시각표현 원리와 기술 재현 능력을 구사해 볼 수 있는 실험실과 같은 것이다. (중략)

• The Monthly Diabetes
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• s.188
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• pp.50-52
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• 2005

당뇨병환자의 혈당조절에 필수인 운동. 비단 당뇨병 환자뿐 아니라 일반인에게도 운동은 평생 꾸준히 해야 할 건강의 조건이다. 하지만 당뇨병환자들이 무리하게 운동을 하거나 잘못된 방법으로 운동할 경우 부상 등의 부작용이 생길 수 있다. 부상이 걱정돼 활달한 운동이 꺼려지고 꾸준한 걷기가 어느날 부터 지루해진 당뇨인이 있다면 이번 달에 소개하는 타이치에 도전해 보는 것은 어떨까?

• 중국학논총
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• no.61
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• pp.279-299
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• 2019

本论文是首次以臺灣地域学研究为主题策劃进行的研究. 其研究不仅在韩国, 在近日掀起地域学研究热潮的中国也未曾进行过. 韩国各地方政府與大学属下的各地区地域学研究所, 正为地区发展而进行着廣範的研究, 竝举办與其他地区研究所间的交流活动. 而如今对于可充分参考的国外事例却无人问津. 臺灣的地域学研究现状與活动领域, 定会为韩国地域学的发展指明方向. 本论文在此问题意识下, 以介绍臺灣地域学的研究狀況于活动领域为目的而撰写完成. 臺灣的'地域学'以行政区为基本范畴, 是以综合各地区对历史, 人文, 社会等领域探讨的问题, 将其开拓发展为目标的学问. 其主要地区范围为县與市. 通过扩散式收集有关臺灣地方行政府與地域学研究所的相关资料, 本论文策劃对其进行综合性, 系统化的归纳整理. 以政府, 大学, 地方专科大学, 人民团体的劃分单位为次序, 本文涉览了臺灣地域学的发展过程與现状. 综上所述, 本文包括臺灣主要行政单位----省, 市, 整体调查了臺灣地域学的研究推进过程與现状, 竝以此为基础, 预测未来地域学研究单位的探讨方向, 同时对此进行综合评价.

• Spatial Information Research
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• v.18 no.5
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• pp.27-36
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• 2010

This study observed distribution of vegetation to confirm change of tundra-taiga boundary. Tundra-taiga boundary is used to observe the transfer of vegetation pattern because it is very sensitive to human activity, natural disturbances and climate change. The circumpolar tundra-taiga boundary could observe reaction about some change. Reaction and confirmation about climate change were definite than other place. This study used Leaf Area Index(LAI) 8-Day data in August from 2000 to 2009 that acquire from Terra satellite MODerate resolution Imaging Spectroradiometer(MODIS) sensor and used K$\"{o}$ppen Climate Map, Global Land Cover 2000 for reference data. This study conducted analysis of spatial distribution in low density vegetated areas and inter-annual / zonal analysis for using the long period data of LAI. Change of LAI was confirmed by analysis based on boundary value of LAI in study area. Development of vegetation could be confirmed by area of grown vegetation($730,325km^2$) than area of reduced vegetation ($22,372km^2$) in tundra climate. Also, area was increased with the latitude $64^{\circ}$ N~$66^{\circ}$ N as the center and around the latitude $62^{\circ}$ N through area analysis by latitude. Vegetation of tundra-taiga boundary was general increase from 2000 to 2009. While area of reduced vegetation was a little, area of vegetation growth and development was increased significantly.

• Journal of the Korea Convergence Society
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• v.7 no.1
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• pp.161-166
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• 2016

Deformation, stress and fatigue life due to the configuration of tie rod end are investigated in this study. Tie rod ends with the total three kinds of configurations are modelled with three dimensions through CATIA program and the simulation analysis is carried out with the ANSYS finite element analysis program. There are the models of A, B and C by the configuration of the rod end. As this study result, maximum deformation, maximum equivalent stress and maximum fatigue life of A type model are shown to be 0.0614mm, 160.27MPa and 336,930cycles respectively. And maximum deformation, maximum equivalent stress and maximum fatigue life of B type model are shown to be 0.0648mm, 90.889MPa and 1,171,000cycles respectively. Maximum deformation, maximum equivalent stree and maximum fatigue life of C type model are also shown to be 0.0402mm, 84.794MPa and 20,000,000cycles respectively. The durability of the models of tie rod ends through the values of this result could be estimated and the data for the design and development of more improved tie rod end could be secured. And it is possible to be grafted onto the convergence technique at design and be shown as the esthetic sense.

• Journal of the Korea Concrete Institute
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• v.20 no.5
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• pp.573-581
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• 2008

In general, conventional sheeting H-pile is often used as a temporary member installed upon construction of outer retaining wall at basement floor. In CBW (composite basement wall), R/C basement wall is combined with H-Pile and resists lateral soil pressure together. This paper presents an experimental results of push out shear test of CBW with stud coupler as shear connectors to combine H-Pile with R/C wall six specimens with different diameter of FT (form tie) and arrangement of shear connectors were tested to evaluate the shear capacity of the composite wall. Test results showed that shear strength increased with diameter of FT. The shear strength of shear connector in CBW could be suitably predicted by using the previous equations codified in the codes. Best correlation, especially, was found when the calculation result by the formula in AISC 360-05 was compared to test one.

• The Journal of the Korea Contents Association
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• v.8 no.3
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• pp.86-96
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• 2008

General development basis of letter system is recognized by formative value in terms of its function and structure. principle of clustered writing is the most significant feature of Hangeul typography as considered that it is based on function and formativeness. Thus, not only by changes with its form but also by its characteristic syllable combination, space structure is made as consonants and vowels are combined in single letter, then the combination develop into word, sentence, paragraph to make second, third space structure character. This character has significant impact on readability that is core function of typography. With this property, space structure character is regarded as very important component of Hangeul typography. First, space structure character of Hangeul typography is reviewed by relating it to visual perception of gestalt psychology and compared square-framed letter and framed latter By applying square-framed letter and framed latter in same sentence, legibility and readability were studied. Researcher has found that space structure character of Hangeul typography has significant impact on its function, and in terms of future design, it is very critical not only for design but also for communication environment as space structure formativeness of Hangeul typography interact with communication that is basic concept.

• Archives of design research
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• v.19 no.6 s.68
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• pp.33-38
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• 2006

The development of the typeface 'Arita' presents a method and its following results for a corporate typographic identity. Amore pacific established a strategy for a typographic identity as for their high quality corporate culture and as a first step for it was to develop their corporate typeface 'Arita'. The typeface 'Arita' which pursues sharing and accompanying was developed to be used in the body text to enhance the function of the typography. What was needed to develop this typeface for Amore pacific was first, understanding of the corporation, and second, vision to present new direction for a typeface and its appropriate supervision, and third, ability in designing. Therefore, under the leading of Hong-ik University's meta design research institute, the typeface 'Arita' was created by in collaboration with Seoul women's university's modeling research institute and the typeface design specialty company, type space and the design company, Ahn-graphics. There are two kinds of weight in 'Arita' typeface, one is normal 'AritaM' and the other is semibold 'AritaSB'. 'Arita' is produced into TrueTypeFont(TTF) for Windows Operating System and OpenTypeFont(OTF) for Macintosh Operating System.

• Journal of Korean Society of Steel Construction
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• v.18 no.6
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• pp.697-706
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• 2006

Tower crane's wall tie is generally used for extending of mast height according to rising of lifting height. In order to get wall tie member force this problem, this study concerning wall tie is based on load data described in manual book of 290HC model. This study made the equation of wall tie member force and computer programming for calculating wall tie member force and then get ${\theta}-P$ curves(angle-wall tie force). After considering the ${\theta}-P$ curves, optimum angle range ($48.4^{\circ}{\sim}77.2^{\circ}$) about wall ties (A), (C) members was obtained. Member force of wall tie (B) was changed from tension to compression or from compression to tension at $74^{\circ}$ in service and $54^{\circ}$ in out of service. When both horizontal force($H_A$) and torsional moment ($M_D$) were varied from (+) to (-), wall tie force(A, B, C) were changed almost symmetrically about ${\theta}$-axis. Because this study was based on wall tie analysis conditions, wall tie members in symmetric and ideal geometry shape used for analizing wall tie of tower crane, it is necessary to have more careful verification in order to apply generally the results of this study.