Figure 1:
Steel plate shear wall and plate girder analogy.
Figure 2:
Geometric properties of trapezoidal corrugated plate.
Figure 3:
Geometric properties of sinusoidal corrugated plate.
Figure 4:
The local buckling form in corrugates of plate.
Figure 5:
Global buckling on trapezoidal corrugated plate.
Figure 6:
SHELL143 Geometry.
Figure 7:
The schematic corrugated steel shear wall with a) sinusoidal and b) trapezoidal waves c) finite element model.
Figure 8:
Material stress_strain curves.
Figure 9:
Geometric properties of TS600-3 specimen (Usman, 2001Usman, F., (2001). Shear Buckling of trapezoidal plate. Master of Science thesis, University Technology Malaysia.).
Figure 10:
Load - displacement curve of experimental and ANSYS model (A).
Figure 11:
Load - displacement curve of experimental and ANSYS model (B).
Figure 12:
Load - displacement curve of experimental and ANSYS model (C).
Figure 13:
Load- displacement curves of sinusoidal corrugated plates with different thickness.
Figure 14:
Energy- displacement curves of sinusoidal corrugated plates with different thickness.
Figure 15:
Load- displacement curves of trapezoidal corrugated plates with different thickness.
Figure 16:
Energy- displacement curves of trapezoidal corrugated plates with different thickness.
Figure 17:
Performance of stiffness in sinusoidal corrugated plates with different thickness.
Figure 18:
Performance of stiffness in trapezoidal corrugated plates with different thickness.
Figure 19:
Load- displacement curves of sinusoidal corrugated plates with different columns.
Figure 20:
Energy- displacement curves of sinusoidal corrugated plates with different columns.
Figure 21:
Performance of stiffness curves sinusoidal corrugated plates with different columns.
Figure 22:
Load- displacement curves of sinusoidal corrugated plates with different beams.
Figure 23:
Energy- displacement curves of sinusoidal corrugated plates with different beams.
Figure 24:
Performance of stiffness curves sinusoidal corrugated plates with different beams.
Figure 25:
Load- displacement curves of sinusoidal corrugated plates with different corrugation depth.
Figure 26:
Energy- displacement curves of sinusoidal corrugated plates with different corrugation depth.
Figure 27:
Performance of stiffness curves sinusoidal corrugated plates with different corrugation depth.
Figure 28:
Corrugation Density effect of sinusoidal corrugated plate on ductility.
Figure 29:
Corrugation Density effect of sinusoidal corrugated plate on ultimate bearing.
Figure 30:
Corrugation Density effect of sinusoidal corrugated plate on energy dissipation.
Figure 31:
Load- displacement curves of trapezoidal corrugated plates with different corrugation depth.
Figure 32:
Energy- displacement curves of trapezoidal corrugated plates with different corrugation depth.
Figure 33:
Performance of stiffness curves trapezoidal corrugated plates with different corrugation depth.
Figure 34:
Load- displacement curves of sinusoidal corrugated plates with different corrugation length.
Figure 35:
Energy- displacement curves of sinusoidal corrugated plates with different corrugation length.
Figure 36:
Performance of stiffness curves of sinusoidal corrugated plates with different corrugation length.
Figure 37:
Load- displacement curves of trapezoidal corrugated plates with different corrugation length.
Figure 38:
Energy- displacement curves of trapezoidal corrugated plates with different corrugation length.
Figure 39:
Performance of stiffness curves of trapezoidal corrugated plates with different corrugation length.
Figure 40:
Comparison ultimate bearing of sinusoidal and trapezoidal corrugated plates.
Figure 41:
Comparison energy dissipation of sinusoidal and trapezoidal corrugated plates.
Figure 42:
Comparison stiffness of sinusoidal and trapezoidal corrugated plates.
Figure 43:
Comparison ductility of sinusoidal and trapezoidal corrugated plates.
Table 1:
Dimensions of TS600-3 plate girder (mm).
Table 2:
Geometrical dimensions of sinusoidal plate.
Table 3:
Geometrical dimensions of trapezoidal plate.
Table 4:
Geometrical characteristic of sinusoidal plates with different corrugation depth (mm).
Table 5:
Geometrical characteristic of trapezoidal plates with different corrugation depth (mm).
Table 6:
Geometrical characteristic of sinusoidal plates with different corrugation length (mm).
Table 7:
Geometrical characteristic of trapezoidal plates with different corrugation length (mm).