Research Article

Dynamic Characteristics and Time-History Analysis of Hydraulic Climbing Formwork for Seismic Motions

Table 6

Natural frequency and mode shape of the climbing formwork model.

Finite element modelModeNatural frequency (Hz)Mode shape

COC10.183The X direction translation of climbing formwork and core tube
20.184The Y direction translation of climbing formwork and core tube
30.320The torsion of climbing formwork and core tube
41.973The torsion and the bending moment of the upper frame of climbing formwork
52.803The bending moment of the lower frame of climbing formwork

CLC10.184The X direction translation of climbing formwork and core tube
20.185The Y direction translation of climbing formwork and core tube
30.322The torsion of climbing formwork and core tube
41.021The torsion of the upper frame and the Y direction translation of climbing formwork and core tube
51.431The bending moment of the frame and guide rail of climbing formwork

CO11.999The bending moment of the upper frame of climbing formwork
22.890The bending moment of the lower frame of climbing formwork
34.827The torsion of climbing formwork
45.928The bending moment of the lower frame and peripheral keel of climbing formwork
56.095The torsion and the bending moment of the upper frame of climbing formwork

CL11.424The torsion and the bending moment of the upper frame of climbing formwork
21.801The bending moment of frame and guide rail of climbing formwork
32.004The torsion and the bending moment of frame and guide rail of climbing formwork
43.468The bending moment of the lower frame and guide rail of climbing formwork
53.491The torsion of the upper frame and the bending moment of the lower frame of climbing formwork