Hybrid Connection Simulation Using Dynamic Nodal Numbering Algorithm

Problem statement: The traditional dynamic nodal numbering algorithm was proposed for generating code number to support truss and frame s imulation using only one element type, frame element; it facilitates the software development pr ocess. The traditional algorithm, however, supports simulation of only two types of connection: Hinged connection and rigid connection. In many cases, the problems consist of mix-connection and hybrid c onnection which cannot be simulated by the traditional technique directly. Approach: In this research, an improvement of dynamic nodal numbering algorithm was proposed to support hybrid connection simulation. It required only one frame element to simulate hinged, rigid and also various hybrid connection types. Results: The implemented software following the new algorithm was tested wit h two hybrid structure examples. The analysis resul ts are shown in term of shear force, bending moment and axial force. Conclusion: The proposed algorithm does not only improve the ability of connection sim ulation, but it is also more convenient to implement, debug and expand the finite element soft ware. Hence it reduces the cost, time and effort in developing the computer software.