초록 ▼

▪ 비정형 솔라패널 최적배치 설계프로세스 및 프로그램 개발
- 최적삼각형 그리드 생성을 위한 메타 휴리스틱 탐색기법 및 측지선 연구
- 자유곡면의 메쉬스무딩을 위한 보정알고리즘 개발 및 프로그래밍
- 곡면지붕의 친환경 외피구조와 효율분석 및 태양광 발전설비 설치모듈
- 격자그리드 구조물의 비선형 구조해석과 불안정성 해석기법 개발
▪ 정20면체기반 모듈러 돔 테스트베드 시험설계와 설계도서 개발
- 시험조형물 대상모델의 형상모델링과 설계용 GUI 프로그램 개발
- 모듈러 돔의 구조모델링과 비선형 불

▪ 비정형 솔라패널 최적배치 설계프로세스 및 프로그램 개발
- 최적삼각형 그리드 생성을 위한 메타 휴리스틱 탐색기법 및 측지선 연구
- 자유곡면의 메쉬스무딩을 위한 보정알고리즘 개발 및 프로그래밍
- 곡면지붕의 친환경 외피구조와 효율분석 및 태양광 발전설비 설치모듈
- 격자그리드 구조물의 비선형 구조해석과 불안정성 해석기법 개발
▪ 정20면체기반 모듈러 돔 테스트베드 시험설계와 설계도서 개발
- 시험조형물 대상모델의 형상모델링과 설계용 GUI 프로그램 개발
- 모듈러 돔의 구조모델링과 비선형 불안정거동 및 임계좌굴하중 분석
- 절점 및 부재 모듈화와 설계를 위한 평면계획 및 확장모형 개발
▪ 테스트베드 시험조형물의 제작/시공과정 모듈화 및 성능테스트
- 절점 모듈화를 위한 시험조형물 상세설계도면 개발 및 형상시뮬레이션
- 돔형 공간의 에너지성능특성 및 시뮬레이션 기초데이터 작성
- MICD 모델의 제작 및 설치 지침 및 내진성능 테스트

Abstract ▼

Future oriented R&D researches are progressing in the various fields according to the vision for the national science & technology development. Especially, the core strategies for the development of the construction sector in environment/energy department are the coexistence of man and nature, and t

Future oriented R&D researches are progressing in the various fields according to the vision for the national science & technology development. Especially, the core strategies for the development of the construction sector in environment/energy department are the coexistence of man and nature, and the development of the eco-friendly, resource-saving construction technology. Under the policy of “low-carbon green growth,” eco-friendly construction technology has mostly focused on the matters of equipment and environment, and tried at most to offer the space and the environment for environmental design when designing and planning the real structure. However, in the case of the adjacent nation, Japan, the concrete development of the system archetype which combines construction structure system and environment has not been easily proceeded, and this is because there has been any systemic suggestion of an environmental approach based on dynamics.
This research is on the effective applications of triangular solar-panel as a solar energy application plan of freeform structure and the integrating system with construction stability. This carries out the research and the development to make a program of arranging solar-panels for energy efficacy optimization in the structure;carries out the research on the freeform facade structure high energy consumption rate.The specific research goals and their contents are as follows.
The development of the atypical curve solar-panel construction planform: to develop the integral platform to make it possible to design the atypically-curved optimal triangular grid, and to develop the interpretation program considering stability and the design method applying triangular solar-panel.
Examination of the optimal arrangement way and the manufacture of experimental fabrication: to examine the way to maximize the energy efficiency through the design, manufacturing and the experimental fabrication test based on typical curve, to develop the modularized system and to make mobile structures.
The core accomplishments of the study carried out to achieve its major goals are the optimal arrangement design process of the atypical solar-panel, test bed experimental design, and the development and the analysis of the experimental sculpture. The contents of the research for the major accomplishments of the design process are the exploration methods of optimal triangle grid, mash smoothing revising algorism, solar-panel constructing module, the unstable interpretation on the grid, and the free-curve visual design program. As for the major outputs of the experimental fabrication researches, visual modeling based on icosahedron, GUI system, structural modeling, non-lineal structure design, planned design of modularization, and the guide to the design for establishment/setting have been proceeded.
As for the utilization of the development research task, the output of optimal arrangement design program can be applied to optimal designing through visual modularization of freeform structures, and to house designing with alternative energy through the design of triangle sola-panel. Intellectual property right such as patent or registration concerning developed experimental fabrication provides the opportunity to utilize the simple modular system.