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      地震荷重을 받는 3次元 斜張橋의 動的 解析 = Dynamic Analysis of 3-D Cable-Stayed Bridges Subjected to Earthquake Loading

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      https://www.riss.kr/link?id=A19611044

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      This paper presents a procedure for geometrically nonlinear static and dynamic analysis of cable-stayed bridges subjected to earthquake loading. The 12×12 tangent stiffness matrix and mass matrix of a 3 dimensional beam element with 6 degrees of freedom at each node are derived from the virtual work theorem and kinetic energy. Also the stiffness matrix of a cable element is derived using the equivalent modulus of elasticity.
      Responses of the three types of cable-stayed bridges (H,R,A-type) subjected to the Imperial Valley Earthquake are obtained and compared with each other.
      The results show that the cable-stayed bridge with A-type tower gives smaller lateral displacement at the top of the tower but larger axial stress in cables than the other ones.
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      This paper presents a procedure for geometrically nonlinear static and dynamic analysis of cable-stayed bridges subjected to earthquake loading. The 12×12 tangent stiffness matrix and mass matrix of a 3 dimensional beam element with 6 degrees of free...

      This paper presents a procedure for geometrically nonlinear static and dynamic analysis of cable-stayed bridges subjected to earthquake loading. The 12×12 tangent stiffness matrix and mass matrix of a 3 dimensional beam element with 6 degrees of freedom at each node are derived from the virtual work theorem and kinetic energy. Also the stiffness matrix of a cable element is derived using the equivalent modulus of elasticity.
      Responses of the three types of cable-stayed bridges (H,R,A-type) subjected to the Imperial Valley Earthquake are obtained and compared with each other.
      The results show that the cable-stayed bridge with A-type tower gives smaller lateral displacement at the top of the tower but larger axial stress in cables than the other ones.

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