An Experimental Study on Deep Collapse of Steel Tubes under Pure Bending
C.S. KiM, Tae-Eun Chung, S.Y. Kang
Abstract
C.S. KiM, Tae-Eun Chung, S.Y. Kang
Abstract
In this paper the bending collapse characteristics of square and rectangular steel tubes were studied with the pure bending test machine which apply pure bending moment without imposing shear and tensile forces. Under pure bending moment, delayed buckling modes occur and depend on test length and shape of section. For delayed mode, the endrgy of bending moment is absorbed by strain hardening energy. The pre- dictions of maximum moment and moment-rotation angle curve from those concepts are in good agreement with experimental observations.
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In this paper the bending collapse characteristics of square and rectangular steel tubes were studied with the pure bending test machine which apply pure bending moment without imposing shear and tensile forces. Under pure bending moment, delayed buckling modes occur and depend on test length and shape of section. For delayed mode, the endrgy of bending moment is absorbed by strain hardening energy. The pre- dictions of maximum moment and moment-rotation angle curve from those concepts are in good agreement with experimental observations.
Key concepts: Pure bending, Bending moment, Buckling, Materials science, Plastic bending, Bending, Structural engineering, Shear and moment diagram