上海中心大厦依靠3个相互连接的系统保持直立第一个系统是90英尺×90英

The Shanghai Tower relies on 3 interconnected systems to keep it upright. The first system is a 90-foot-by-90-foot reinforced concrete pillar, which provides vertical support, and the second is steel. A ring composed of “super columns” is connected to the reinforced concrete core column by steel bearing brackets. These steel columns are responsible for supporting the building, and the last one is to resist the side force. The last one is to surround the whole building with a two-story ribbon truss for each floor. Each truss belt marks the beginning of a new area.

The first system in the Shanghai Central Building, which relies on three interconnected systems to stay upright, is a 90-foot x 90-foot (27-meter-by-27-meter) steel-coagulated core column that provides vertical support, while the second is a ring made of steel material "super-pillar" that is connected to the steel support bracket. These steel columns are responsible for supporting the building, and the last resistance is a two-story ribbon around the entire building on each 1 floor, each of which marks the beginning of a new area.

Shanghai Center Tower relies on 3 interconnected systems to maintain the upright system. The first system is a reinforced concrete core column of 90 feet 90 feet (27 m x 27 m), providing vertical support force. Second is a steel material "super column" consisting of rings connected with the steel reinforced concrete core post through a steel bearing bracket. These steel columns are responsible for supporting the building, and the last one is to use a two-story strip truss to encircle the whole building on each floor, each of which marks the beginning of a new area.