2.Structural System -Lateral Load Resisting System 1.Truss tube outside(Columns+diagonals+belt trusses) 2.Reinforced concrete core tube 3.Outrigger trusses creating interaction between 1,2 -Gravity loads: 1.Reinforced concrete core tube 2.Truss tube outside(Columns+diagonals+belt trusses
2. Structural System -Lateral Load Resisting System 1.Truss tube outside(Columns+diagonals+belt trusses) 2.Reinforced concrete core tube 3.Outrigger trusses creating interaction between 1,2 -Gravity loads: 1.Reinforced concrete core tube 2.Truss tube outside(Columns+diagonals+belt trusses)
2.Structural System Foundation core Basement Walls
2. Structural System Foundation
3.Structural Design Criteria Design Codes Load:GB50009-2001,IBC-2000 Seismic:GB50011-2001,DBJ08-9-92(Shanghai) Concrete Design:ACI318-99,GB50010 Steel Design:AISC-LRFD1999,GB17-88
3. Structural Design Criteria Design Codes Load: GB50009-2001,IBC-2000 Seismic: GB50011-2001,DBJ08-9-92(Shanghai) Concrete Design：ACI318-99, GB50010 Steel Design: AISC-LRFD1999,GB17-88
3.Structural Design Criteria Materials Concrete:C30,C40,C50,C60 Steel Bar:fy=400Mpa,D=10 50mm Steel:fy=235 345Mpa,T=10 150mm
3. Structural Design Criteria Materials Concrete: C30,C40,C50,C60 Steel Bar: fy=400Mpa,D=10 ~ 50mm Steel: fy=235 ~ 345Mpa,T=10 ~ 150mm
3.Structural Design Criteria Gravity Loads Dead Loads 3 ~5 kPa Live Loads 2 5 kPa
3. Structural Design Criteria Gravity Loads Dead Loads = 3 ~ 5 kPa Live Loads = 2 ~ 5 kPa