건축분야에서의 스토리텔링 기법 활용방안 연구

윤기병,Yoon, Ki-Byung 한국주거학회 2007 한국주거학회 논문집 Vol.18 No.1

Storytelling approach is the way to formulate and solve problems using stories. Story is a means to understand and react everyday life that can be regarded as multi-dimensional problems. The approach becomes popular in various fields in conjunction with digital technology. In particular, it is used to solve problems in relation to whole context. In design, storytelling approach is used to clarify design constraints. It can be used to clarify and communicate thoughts for design artifacts, and to understand how the artifacts might be used in particular circumstances. In particular, the approach is useful to use under uncertain circumstances. In architecture, storytelling approach can be used in the area of design generation, design critique and capturing design knowledge. In design generation, it can be used to describe and formulate design experiences rather than simple designing artifacts. The approach formalizes design based on stories of user experiences. Digital technology such as virtual reality can be used to experience designed spaces for design modifications. In design critique area, it can be used to fill uncertain facts for historical buildings as welt as different from present status. Such stories can be used to build digital modeling and used to open criticism. Stories can be used to formalize knowledge in architectural domain as a form of implicit knowledge for certain projects. In architecture, it often is required to design types of environment never experienced before as well as to accomodate fast changing technologies. Storytelling methodology can be used as a method to cope with uncertainty and complexity in design requirements along with accumulating design knowledge.

플라즈마법에 의한 전기로제강분진 처리기술

윤기병 한국자원리싸이클링학회 1995 資源 리싸이클링 Vol.4 No.2

유비쿼터스 환경에서의 주거 건축설계 방향설정 연구

윤기병,Yoon Ki-Byung 한국주거학회 2006 한국주거학회 논문집 Vol.17 No.4

Ubiquitous space can be described as a combined space of physical space and digital space. Ubiquitous space possesses new possibilities by combining the two. The concept of ubiquitous home will bring new changes in residential space design. First of all, it makes possible for more convenient and secure home. It has to be developed along with city and town level changes as ubiquitous environment. Secondly, concept of extended space as an extension of living space becomes possible by linking with outside spaces. Thirdly, as consumer requirements for residential spaces will become more versatile by social changes, ubiquitous home can be a good means to meet these versatile consumer requirements by accommodating concept of multi-functional space and flexible space. It is quite important to predict user requirements in rapidly changing social environment and versatile personal inclinations. Instead of POE methodology which can analyze and evaluate in exiting types of designs, storytelling methodology can be used to predict and direct for future requirements of living. The methodology makes scenarios of space usage for future living and extracts design requirements for the living. The concept of intelligent space has to be introduced. It is different from digital home that only accomodate digital devices in space. In intelligent space, space itself has to be recognized as an identity that interacts human directly. Intelligent space recognize human requirements and control digital devices as a response. Multi-functional space is closely related with intelligent space that can changes for business, entertainments as well as for rests by user requirements instantly. Flexible space that also intends to meet requirements of mobility and versatility can be attained through the integration of digital technology into current physical mobile systems. Interaction design becomes integral part for ubiquitous space design along with physical design. For the residential space design, digital illiteracy has to be considered for interaction design. Instead of the concept of passive existence, space itself has to be recognized as active subsistence that reacts with human. Intuitive and natural interaction for human will be a key design element for space-human interface design.

大邱市民의 腸內寄生蟲感染率과 感染度에 關한 硏究

尹麒炳,安且完,安在元,金秉熙,卞在郁 現代醫學社 1968 現代醫學 Vol.9 No.1

The authors investigated the incidence and intensity of intestinal helminths among the school children and the inhabitants in the city of Taegu. The rate of infection was carried out by the concentration of MCL method and intensity by the modification of stoll method. The results were as follows:

[행사보고] 건설 EC의 현황과 발전방안 - 건설 EC를 위한 자료 교환 및 공유 모델

윤기병 대한건축학회 2003 建築 Vol.47 No.4

변화하는 건축

윤기병,Yoon, Ki-Byung 대한건축사협회 2011 建築士 Vol.2011 No.11

이차전지온도퓨즈용 In-Bi-Sn계 가용합금박판 연구

윤기병,Youn, Ki-Byoung 한국자원리싸이클링학회 2017 資源 리싸이클링 Vol.26 No.5

In-Bi-Sn alloy sheet has been used as a thermal fusible parts of secondary battery safety system. This study offers a simple process to make In-Bi-Sn alloy fusible parts. The process consists of two procedures, melting and sheeting by tape casting. 62.5 wt%-In 20.0 wt%-Bi 17.5 wt%-Sn (M.P. $92.4^{\circ}C$) alloy sheet obtained by tape casting was used as the thermal fusible sheet of thermal fuse system for mobile telephone. The performance test of the system was carried out in oil bath, and the fusible alloy sheet was melted and cut off at $95^{\circ}C$. This results confirmed the possibility that the alloy sheet obtained by tape casting can be usable as a thermal fusible parts of battery safety system. And this process can be applied as a simple process to recycle the In-Bi-Sn alloy scrap separated from the used thermal fuse system. 이차전지온도퓨즈시스템에 In-Bi-Sn계 저온가용합금 박판이 사용되고 있다. 본 연구에서는 온도퓨즈시스템에 사용될 수 있는 적절한 조성을 갖는 In-Bi-Sn계 합금을 용융하고 테이프캐스팅공정에 의하여 박판으로 제조하여 온도퓨즈용 저온가용합금 박판소재로 활용하는 가능성을 조사하였다. In-Bi-Sn계 용융합금은 기존의 박판제조공정보다 단순하고 생산성이 향상된 테이프캐스팅공정을 사용하여 박판화가 가능하다. 테이프캐스팅공정을 사용하여 얻은 62.5 wt%-In 20.0 wt%-Bi 17.5 wt%-Sn(융점 $92.4^{\circ}C$) 합금박판으로 휴대폰용 온도퓨즈시스템을 구성하여 $95^{\circ}C$에서 용락되는 기능이 나타남을 확인하였다. 이러한 공정은 폐In-Bi-Sn계 합금스크랩 처리에도 적용하여 합금조성과 박판두께를 적절히 조정하면 온도퓨즈시스템 가용합금 박판소재로 재활용할 수 있을 것으로 기대된다.

조선(朝鮮) 상류주택(上流住宅)의 형태학적(形態學的) 원형생성(原型生成) 연구(硏究) - 예제(禮制) 논리(論理) 모델에 의한 공간계획(空間計劃) -

윤기병,홍승재 한국건축역사학회 1997 건축역사연구 Vol.6 No.3

One of the main purposes of architectural history is the analysis of existing designs in order to find laws and orders of certain types, while space planning emphasizes the generation of design. In this study, relational space planning methodology is used to generate Chosun upper-class housing prototypes based on 'Yaejae' logic model. During the Chosun Dynasty era in Korea, Confucianism was the ruling ideology for its society. The patio type house was the main upper-class housing type during the Chosun Dynasty, and it can be viewed that space planning was heavily influenced by the law of 'Yaejae' in Confucianism. The logic of 'Yaejae' can be interpreted as relationships between spaces. Relational space planning methodology that reasons through constraint propagation is used to generate prototypes. Prototypes are compared in order to verify actual applications of the logic into space planning.

大邱市民 下水의 汚染에 關한 細菌學的 硏究

尹麒炳 現代醫學社 1968 現代醫學 Vol.9 No.1

The author studied the bacterial -contamination of -sewages in Taegu from September 1965 to ;December 1966 for the purpose of obtaining the rate of bacterial contamination in relation to " each district, season, pH and temperature. The results of the examination were summarized as follows: 1) The average number of the general bacterial count was approximately 200 million per ml. The most heavily contaminated area was Tong-Ku district. 2) The M.P.N. of E. coli was 5 million per 100 ml. in average. This -is an extremely high rate in comparison with its standard number of M.P.N. in - sewage. The highest rate was observed in Suh-Ku district. 3) Salmonella species were found in 29 cases (5.13%) out of 563 samples, most of them belonging to the group D (65%). Tong-Ku and Nam-Ku were higher in rate. 4) Shigella flexneri was found in 16 cases (2.84%) out of 563 samples. Both type 2 and 3 were found in higher" rate than other types, and type 5 was not detected at all. The highest rate was seen Nam-Ku district. 5) The relationship between the rate of bacterial contamnation and the season was as follows: Population of microorganism including E. coli and salmonella species increased in the spring, the summer and in the' fall and decreased in the winter. On the contrary shigella increased in the winter. 6) The relationship of the contamination rate with the temperature and pH was as follows: Population of microorganism including E. coli and salmonella increased in accordance W A the increasing degree of pH and temperature, while shigella increased in compliance' wit the decreasing degree of pH and temperatur 7) The detection rate of Salmonella in relation with the number of bacterial population includiaE E. coli showed that the rate was high in compliance with the number of bacteria, and that in cases of shigella the same tendency was observed as in Salmonella except cold season

니켈-흑연복합분말의 흑연코어 기화거동에 관한 연구

윤기병,김동진,정헌생,Yun, Gi-Byeong,Kim, Dong-Jin,Jeong, Heon-Saeng 한국재료학회 1993 한국재료학회지 Vol.3 No.3

본 연구에서는 다공성 니켈재료의 원료분말로 활용될 수 있는 hollw 니켈금속분말 계조를 위한 니켈-흑연복합분말의 흑연코어 기화과정에 관하여 실험을 행하였다. 수증개-수소 혼합가스에 의한 복합분말중 흑연코어의 기화온도는 $800^{\circ}C$~$900^{\circ}C$였으며, 약 1시간의 기화반응에 의해 내부가 텅 빈 hollw니켈금속분말을 얻을 수 있었다. 흑연코어의 평균입도가 21$\mu\textrm{m}$인 82.2tw,% 니켈-17.87tw.5 흑연 복합분말로부터 제조된 hollw니켈금속분말을 100Kg/c$\textrm m^2$의 압력으로 압축, 성형한 성형체의 겉보기 기공도는 45%이었으며, 이성형체를 진공로에서 $1150^{\circ}C$ 의 온도로 1시간 소결하여 30%의 기공도와 소재내에 균질한 기공분포를 갖즌 소결체를 얻음으로써 다공성재료 제조시 hollow분말을 원료로 사용하여 재료 내의 기공에 관한 제반사항을 쉽게 조절할 수 있다는 가능성을 확인하였다. Abstract In this work. gasification of graphite cores from nickel-coated graphite composite powders was carried out to munufacture the hollow nickel metal powders which can be used as a raw materials for porous nickel metal strips. Graphite cores were gasified by $H_2O-H_2$ mixture gases at the temperature between $800^{\circ}C$ and $900^{\circ}C$ and nearly all removed from the composite powders within 1 hour. The hollow nickel metal powders prepared from 82.2wt. % Ni-17.8wt. % C composite powders which have the graphite cores of 21${\mu}$m average size were pressed and sintered at $1150^{\circ}C$ for 1 hour in vacuum furnace. The porosities of green and sintered compacts were 45% and 30%. respectively, and pores were distributed very homogeneously in the sintered compact. It was confirmed that pore distribution and porosity in porous materials can be easily controlled by using hollow powders as a raw materials.