패시브냉난방방법 그늘과 환기를 중심으로
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스마트한 팀 협업을 위한 기본 컨셉 및 도구 소개
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- Office 365란?
- 오피스튜터의 일하는 방식
- SharePoint 팀 사이트 개설하기
- 팀 서식 문서 작성
본 교안에 대한 질의 응답 및 교류, 동영상 다시 보기는 아래 페이스북 그룹을 통해 이뤄지고 있습니다.
https://www.facebook.com/groups/officetutor14/
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Architecture, Frontend, Backend, 방법론/프로세스의 영역을 각각의 단계로 나누어서 Phase1을 수행한 것과 Phase2를 수행 중인 내용에 대해서도 다룹니다.
Phase1
- Architecture : Frontend / Backend 명시적 분리
- Frontend : Angular.js, Grunt, Bower 도입
- Backend : Java 1.7/Spring4, ORM 도입
- 방법론/프로세스 : Scrum, Git
Phase2
- Architecture : Micro-Service Architecture(MSA)
- Frontend : Content Router, E2E Test
- Backend : Polyglot, Multi-Framework
- 방법론/프로세스 : Scrum+JIRA, Git Branch Policy, Pair Programming, Code Workshop
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Sven examines how the best software teams set and follow goals, integrate new members fast, ensure diversity, monitor and continually improve team health, embrace transparency, use a playbook to guide them through every phase of development and much more. He shares techniques including: bugfix rotations, OKRs, feature buddies, open demos, focus days and many more that help teams and team members to work more effectively together, and produce awesome results.
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Office 365 와 Office 2013으로 스마트한 팀 협업 시스템 만들기 - 1.기본 컨셉 및 도구 소개
Office 365 와 Office 2013으로 스마트한 팀 협업 시스템 만들기 - 1.기본 컨셉 및 도구 소개Kyoungsoo Jeon
Sustainable Design Part Two: Climate Related Issues
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패시브냉난방방법 그늘과 환기를 중심으로
- 2. 에너지위기 시대의 주택 냉난방과 공간은 어떻게 변화할까 ?
- 3. 1973 년 오일쇼크 - 주택 에너지 문제 대두 미국 건축가 A. 바웬이 Passive house 제창
- 5. 오쿠무라 아키오가 1987 년 주도한 연구회에서 개발한 OM Solar System 은 일본에서 지금까지 2 만 채 정도 보급
- 8. OM Solar House / 축열을 위한 토방 / 보조 화목난방
- 12. 햇볕 거실 (Sun room, Sun porch) 햇볕거실은 겨울철 채광과 난방에 효과적이다 . 햇볕거실의 창호와 지붕은 투명 또는 반투명의 단열유리 또는 복층 폴리카보네이크 판넬을 주로 사용한다 . 여름철 뜨거운 열기의 배출을 위해 반드시 상부에 환기창과 측면 에 개방할 수 있는 창호가 있어야 한다 . 여름철 뜨거운 볕을 가리기 위해 햇볕거실 내 외부에 차양막 , 차양 스크린 장치를 반드시 설치한다 .
- 17. 축열벽 (Trombe wall) 남향 벽을 통창 / 축열벽 이중 구조로 만들고 낮 동안 태양열을 축열벽체에 저장하여 야간 난방에 사용하는 구조 여름철은 열기 배출을 위한 태양굴뚝으로 변환하거나 햇볕에 의한 가열을 방지하기 위해 내외부에 환기 및 차양 , 단열이 보완되어야 한다 .
- 20. 동절기 / 하절기 축열벽 , 단열 , 환기 * 축열은 단열과 결합되어야 한다 .
- 21. 다양한 축열벽체 / 축열바닥 구조
- 25. Earthship house 의 실내 온실과 축열 구조
- 28. 28 환기와 태양열 축열을 시스템화한 햇빛온풍기 ( 햇빛에 의한 공기 가열을 이용하여 실내 대류 순환 )
- 31. 자연 냉방 (Passive Cooling) 그늘 , 환기 , 단열
- 33. 단열 보다 그늘이 더 경제적이다 . 냉방의 시작은 건물이 햇빛에 뜨거워지지 않도록 만드는 그늘에서부 터 시작되어야 한다 .
- 36. 창 안쪽이 아니라 창밖에서 볕을 막아주어야 한다 . ( 창 외부 차양 )
- 41. 값싼 차광막을 이용해서 직사광선에 의해 가열되기 쉬운 벽면에 그늘을 만든다 .
- 43. 이중 외피 (Double Skins) 건물 냉난방에 효과적 여름철 차양 효과 및 냉각 겨울 철 방풍 및 외 단열 , 축열 효과 ( 적절한 환기 개폐 장치 필요 )
- 51. 자연 환기 (Natural Ventilation) 자연대류 현상을 이용한 자연환기 관통 환기 실외 바람 끌어들이기
- 52. 아트리움 내의 굴뚝효과를 이용한 환기법
- 53. 바람 국자에 의한 환기법
- 54. 덕트와 바닥 관통 ( 지하공냉관 ) 환기법
- 55. 굴뚝 환기구 (wind cowl) 환기법
- 56. 태양열 보조 환기법
- 57. 굴뚝 효과를 활용한 자연환기 구조
- 65. Source: Givoni (1998), Passive and Low Energy Cooling of Buildings, von Nostrand Reinhold, New York 관통 환기 (Cross air ventilation)
- 68. Source: Givoni (1998), Passive and Low Energy Cooling of Buildings, von Nostrand Reinhold, New York 바람 날개벽 (Wind wing wall)
- 71. 지붕 자연 배풍기 (Wind Cowl) 연기구멍에서 발전한 역풍 방지 환기구조로 집 안의 더운 공기를 실외로 내보내는 자연 환기 장치
- 72. Wind Cowl
- 78. 태양굴뚝 (Solar Chimney) 태양열에 의해 가열된 수직 공간에 강한 상승기류가 생기는 굴뚝 효과를 이용한 자연환기 굴뚝
- 85. 태양 굴뚝 ( 여름철 환기 ) 이주 외피와 축열벽 ( 겨울철 )
- 87. 태양굴뚝 (Solar chimney) 의 유형
- 90. Solar chimneys on the Building Research Establishment (BRE) building in Garston, UK Source: Dennis Gilbert, View Pictures (London)
- 101. 환기구 방풍문 2 층 환기 창 방풍문 조 절 장치 이중 유리 문
- 102. 바람잡이탑 (Wind Catcher) 중동지방에서 2 천년 전부터 활용되어온 자연냉방 구조 건축물 높은 곳의 바람을 실내로 끌어들이는 구조
- 106. 간막이 풍향 전환구조와 효율 비교
- 107. Windcatcher 의 내부 간막이 구조
- 117. Wind catcher at Sir Sanfred Fleming College, Peterborough, Canada Source: Loghman Azar, Line Architects, Toronto
- 118. Source: Loghman Azar, Line Architects, Toronto Air Wind catcher at Sir Sanfred Fleming College, Peterborough, Canada
- 121. 바람잡이탑과 자연배풍기를 결합한 BedZed 의 열교환 환 풍구