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Stability of rigid frames with nonuniform members
Buckling capacities of rigid frames with nonuniform members are analyzed by numerical method using divided segments; fundamental and higher buckling loads and modes result from eigenvalues and eigenvectors of matrix which is product of sidesway flexibility and second-order stiffness matrix; sidesway flexibility matrix is obtained directly from shape of rigid frame and elastic properties of segments; second-order stiffness matrix is defined by axial forces in segments; method is approximate in that flexural stiffness coefficients of segments are those for uniform sections and without axial forces; computer and numerical examples are included.
Stability of rigid frames with nonuniform members
Buckling capacities of rigid frames with nonuniform members are analyzed by numerical method using divided segments; fundamental and higher buckling loads and modes result from eigenvalues and eigenvectors of matrix which is product of sidesway flexibility and second-order stiffness matrix; sidesway flexibility matrix is obtained directly from shape of rigid frame and elastic properties of segments; second-order stiffness matrix is defined by axial forces in segments; method is approximate in that flexural stiffness coefficients of segments are those for uniform sections and without axial forces; computer and numerical examples are included.
Stability of rigid frames with nonuniform members
ASCE -- Proc (J Structural Div)
Wang, C.K. (author)
1967
20 pages
Article (Journal)
English
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