자동차 업계에 있어 오늘날 차량 개발의 대부분을 차지하는 업무가 모델 체인지이다. 국내 마켓이 소규모인 일본에서는 유럽과 미국에 비해 사이클이 짧으며 빈번한 모델 체인지를 실시해 왔다. 모델 체인지의 본연의 자세나 형태는, 그 자체가 개개의 디자인성을 포함한 제품 성능 향상의 발판으로서 기능을 하였다. 따라서 그것들은 다양성이 풍부하여 그때마다 시대의 가치관이나 문화적 배경을 현저하게 반영하면서 새로운 가치관의 창출에 기여해 왔다. 본 논문에서는 그 대표적인 차종의 모델 체인지에 관하여 제품 디자인의 시점으로부터 평가·고찰을 시도하였다. 그 결과, 모델 체인지를 계기로 하는 파생 추가나 분파 등 라인 업의 충실이나, 반대로 복수의 차형의 정리 통합에 의한 내적 진화 등 시대성이나 기업 전략에 보장 받은 여러 가지의 형태와 컨셉이 확인되었다. 표면상으로는 다르게 보이는 그것들이 근본적으로 공통성을 갖고 있는 요인으로서 차량 디자인의 특수성이 사실은 제품·디자인의 원점이라고도 할 수 있는 「형태의 집착」에 있다는 것을 재인식하는 것이다.

수문자료의 계절성은 수자원관리의 관점에서 매우 중요한 요소로서 계절성의 변동은 댐의 운영, 홍수조절, 관개용수 관리 등 다양한 분야와 밀접한 관계를 가지고 있다. 수문빈도해석을 위해 POT 자료와 같은 부분기간치계열을 사용함으로써 자료의 확충, 계절성 확보, 발생빈도모형의 구축 등이 가능하다. 본 연구에서는 POT 자료의 장점을 효과적으로 빈도해석에 연계시키는 방법론으로서 POT 자료로부터 계절성을 추출하고 이를 빈도해석과 연계시켜 Bayesian 기법

This study aims to propose the concept design of oil spill protection robot which can rapidly intervene to control the oil spillage situation at the sea. Taking into account the fact that a huge amount of oil is transported trans-continentally by oil tanker, none of industrialized countries are completely safe from the marine oil spill which results in social, economical and ecological damages to their communities. The employment of double hull-oil tanker, pipe line transporting can be most safe way. Yet complete prevention of oil spill is probably not realistic. Accordingly the alternative solution to control marine oil spill and minimize the damages caused by the incident using intelligent robot technology based on swarm control method is proposed. The main features of oil spill protection(OSP) robot is explained via following three perspectives. Firstly, from functional point of view, OSP robot system safely and efficiently replaces oil boom installation manually conducted by human workers with intelligent robot technology based on swarm control theory. For second, its modular architecture brings efficient storage of main components including oil boom and facilitates maintenance. For the last, its geometric form and shape enables whole system to be installed to helicopter, boat or oil tanker itself with ease and to rapidly deploy the units to the oil spill area.

This study was conducted to validate the planting status of landscape plants and elements of Seoul National University of Education. Despite of long historical background of school, this type of research was seldomly conducted before as innovation strategy of university. And the purpose of this study was to offer the opportunity of design criteria of school to offer the new concept of eco-friendly design and analyzing plants species or compatibility of plants with surroundings. The natural environment was analyzed and light environment was specially investigated to compare the ability of plants. The current situation and compatibility of plants were investigated according to the site and species. So, the result of the study should be implemented as valuable resources for improving the landscape spaces and plants of school in the future. The landscape design includes the followings: a survey of the present status, a site analysis, s schematic design, and the needs of students for design development. To create the landscape spaces, we proposed school spaces by the concept of eco- friendly of nature image. The university space was designed to have educational spaces like safety, green amenity and rest areas for the students which are designed to be harmonious with other surroundings. Based on that, some of the university space was specially proposed with CAD imagination work and all the results were accomodated under the concept of new strategy of university innovation for the future. Through the university space designed by this study, the university students ,faculties and other dwellers around university will have more opportunity of contact with nature and increase the value of university effectively.

The goals of this study is to offer the campus identity program. This campus design covers the following: a survey of the present status, a site analysis, a schematic design, and design development. To create the interior or exterior landscape, the site analysis was carried out. Based on that, we proposed campus identity program by the concept of bible symbol. Analyzing the symbols design of bible it is found out that the theme image in exterior and interior design is presented in many bible' meanings. For example, creation, trouble, resurrection, relief and so on. Through the theme garden created by this plan, we will have more opportunity of contact with campus identity program. It aims to prove the fact that campus users needs the campus identity design which connects theme garden with university image. It will improved the image of campus and opened to the public.

본 연구에서는 지역적 문화적으로 특색을 달리하는 크루즈 모델 개발의 한 방안으로서 미래지향적 주거개념의 크루즈선 설계모델을 제시하였다. 크루즈선 설계를 위해서는 조선공학, 건축디자인, 경영경제학 등의 복합지식이 요청되고 있다. 본 연구에서는 선박의 하부구조 결정을 통해 초기 선형을 도출한 후 기본설계에 들어가는 기존의 조선설계 방법과는 반대로 상부구조의 건축디자인 작업이 먼저 착수되는 Top-Down 방식의 접근방법을 채택하였다.

In this paper, the ergonomic principle and concept will be established and the conceptual bridge design based on the ergonomic studies pertaining to bridge design undertaken by IMO and ISO will be introduced. In particular, this study has looked into the applicability of ergonomic design concept on coastal ships and proposes new bridge design to make good contribution to the prevention of marine accidents in the coastal sea