Internal Force Analysis of High Pile Wharf Structure Based on Finite Element Method
At present,the requirements for the use of wharves are increasing complex,the method of simplifying the wharf structure to a plane for force calculation can no longer fully meet the design requirements.Use the finite element software Robot Structural Analysis(hereinafter referred to as Robot)to establish the spatial model of beam slab high pile wharf,ana-lyze the internal force of the structure,compare the calculation results with those of the 3D model of Easydoing,summarize the advantages and disadvantages of the two models,and verify the accuracy of the Robot spatial model.The results show that under the action of vertical load and horizontal load,the error of pile axial force and maximum positive bending moment of the beam in Robot model is small,the error of the pile bending moment and the minimum negative bending moment is larger,the calculation results are basically accurate,and has its own advantages and disadvantages compared with Easydoing model.The calculation results of the Robot model are reliable,and the problem that Easydoing model ignores the influence of spatial forces due to simplification of forces is solved.
finite element methodhigh pile wharfnumerical simulationinternal force analysis
万方数据
维普
