tailieunhanh - Tutorial Final and Construction Stage Analysis for a Cable-Stayed Bridge

Cable-stayed bridges are structural systems effectively composing cables, main girders and towers. This bridge form has a beautiful appearance and easily fits in with the surrounding environment due to the fact that various structural systems can be created by changing the tower shapes and cable arrangements. Cable-stayed bridges are structures that require a high degree of technology for both design and construction, and hence demand sophisticated structural analysis and design techniques when compared with other types of conventional bridges. In addition to static analysis for dead and live loads, a dynamic analysis must also be performed to determine eigenvalues. Also moving load, earthquake load and wind load analyses are. | Tutorial Final and Construction Stage Analysis for a Cable-Stayed Bridge Ci CONTENTS Bridge Dimensions .2 Working Condition Setting. 3 Definition of Material and Section Final Stage Bridge 2D Model Girder Tower 3D Model Main Girder Cross Beam T ower Cross Beam T ower Bearing End Bearing Boundary Condition Cable Initial Prestress Loading Condition Loading Perform Structural Final Stage Analysis Results Load Combination Unknown Load Factors Deformed Shape Construction Stage Construction Stage Cannibalization Stage Backward Construction Stage Input Cable Initial Define Construction Assign Structure Assign Boundary Assign Load Assign Construction Input Construction Stage Analysis Perform Structural Review Construction Stage Analysis Review Deformed Review Bending Review Axial Construction Stage Analysis .

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