size formation
↓
Thin layer is maintained
uniformly
▼ View from Above
A large number of
compact pipes
Make the
Surface area Larger
▼ View from Side
Fin
Thin and insulated panel
Fix the pipes
make cooling space with air
between the fins
Titanium
Light weight↓
High thermal conductivity↑
High strength↑
High corrosion resistance↑
2. Analysis of project
1) Course of pipeline from knock-out drum on the first floor to storage tank on the third floor.
It is ideal to design pipelines using straight line for economic feasibility and efficiency but that is impossible for the reason of structure of plant. So It is necessary to inspect the structure of plant.
2) What kinds of pipe do we decide?
Considering economi
pipe pile에 의해 지지됨
pipe pile : 직경 914m, 두께 20mm
4m 두께의 8각형 콘크리트 ‘매트’
Super core
RC조, 8각형 모양, 400~600kgf/cm2
벽두께 45~85cm
직경 27m로 내부는 [#]형태의 웨브(web)보강
재료 : 보강 콘크리트
위치 : 타워 주앙에 위치
기능 수평, 수직 하중에 저항
Mega-column
8개소(1.5m * 5m ~ 1
Ⅰ.설계의 이론적 배경
정수 처리 흐름도
취수장(한강) → (전처리) → 약품투입실 → 혼화지 → 응집지 → 침전지 → 여과지 → 염소 투입실 → 정수지 → 배수지 → 가정급수
1.급속혼화지(Rapid Mixing basins)
물속에 넣은 약품과 물이 잘 섞이도록 응집제를 섞는 과정.
정수장에서는 보통 알류미늄계
pipe in-house.
Choosing the “most likely figure” seems to be a good and right decision, but actually it is not. It would be simple and easy to calculate but it has problems that it totally ignores other lower-probability cases. The most sales’ case is fine but what if annual sales turn to be the lowest one, 1,350lbs? It could be a serious problem because the company could get damaged and