Looks great! Nice work! Also, per the last comment, Mr. Pak must be a master negotiator to have pulled this together. Kudos to Heerim. I have a few technical questions. What did Heerim do to address thermal bridging issues for exoskeleton frames? It looks like heating and cooling coils are in the ceiling. Is it a chilled-beam system? Do you do ventilation through ceiling as well or is ventilation done through the floor as an underfloor supply system? Why didn't you use more colorful furniture and art installations in the community spaces to add warmth and friendliness and to spark chance meetings and creativity? I wonder if there was any consideration to move the floor edges at the atrium in and out a bit or pull a stair or two out to provide different vantage points and visual interests. Also, steel frame buildings tend to twist over time due to the heating and cooling based on the orientation. If the frames are pulled out, this effect will be magnified. Most materials, per specifications, will allow for this expansion and contraction but if you are doing any renovation work on an old building, nothing will be straight. I wonder if any structural simulation was done to account for expansion and contraction of external frames due to the heating from the sunlight. Regardless, this is good work. Also appreciate how Heerim is sharing credit with collaborators. I hope Heerim can do the same for other projects. For instance, for the Incheon Airport, Gensler does not seem to have been properly credited.
It's not that there is no column. Columns are there. It's just that they are moved out of the lease span, which means that the beams are just spanning longer distances. This is also steel structure. This is vastly different from Sampoong.
![희림건축채널[CH.]](http://yt3.ggpht.com/XX5pbyPCv6ccYn7kpNbFnLlgbs7UA5-9hhKonxXGsi8sq6CSy9OhUVXDrTF51XFg8D1t1gUDPOE=s48-c-k-c0x00ffffff-no-rj)
나도 희림 출신이다.
후배들의 열정과 정성에 감사함을 마음으로 느낀다. 앞으로도 발전하고 도약하는 희림을 만들어다오!
희림 화이팅!!
강동첨단업무단지 내 타사 직원입니다. 탄탄한 외관에서 희림의 프라이드가 느껴지네요👍
믿음이 갑니다!
건축 디잔 넘 맘에 드네요. 잘봤습니다 ❤❤
Looks great! Nice work! Also, per the last comment, Mr. Pak must be a master negotiator to have pulled this together. Kudos to Heerim.
I have a few technical questions. What did Heerim do to address thermal bridging issues for exoskeleton frames? It looks like heating and cooling coils are in the ceiling. Is it a chilled-beam system? Do you do ventilation through ceiling as well or is ventilation done through the floor as an underfloor supply system? Why didn't you use more colorful furniture and art installations in the community spaces to add warmth and friendliness and to spark chance meetings and creativity? I wonder if there was any consideration to move the floor edges at the atrium in and out a bit or pull a stair or two out to provide different vantage points and visual interests.
Also, steel frame buildings tend to twist over time due to the heating and cooling based on the orientation. If the frames are pulled out, this effect will be magnified. Most materials, per specifications, will allow for this expansion and contraction but if you are doing any renovation work on an old building, nothing will be straight. I wonder if any structural simulation was done to account for expansion and contraction of external frames due to the heating from the sunlight.
Regardless, this is good work. Also appreciate how Heerim is sharing credit with collaborators. I hope Heerim can do the same for other projects. For instance, for the Incheon Airport, Gensler does not seem to have been properly credited.
크루즈 유람선. 같이 바다에. 뜨는. 건물. 빌딩도 있다 철골. 철재을 블럭으로 만들어. 이어 붙이는. 건축 조선소. 방식 건축이 견고한 건물을 만들수있다
저기 위치는 개판이던데
근처 역 가려면 뺑 돌아가야하고
위치가 개판이면 어때서.
🥹
기둥이 없다
최신기법도좋지만 지난 삼풍백화점
의 사례를 보며 우려가 되네요
It's not that there is no column. Columns are there. It's just that they are moved out of the lease span, which means that the beams are just spanning longer distances. This is also steel structure. This is vastly different from Sampoong.
GS 자이 아파트도 기둥에 철근 빼돌리는 첨단 사기공법으로 아파트를 지어 가끔 붕괴됩니다