Determining Simulation Parameters of Prototype Door Hinge for Correlation between Simulation and Experimental Results in United Nations Economic Commission for Europe Regulation No: 11 Tests

Determining Simulation Parameters of Prototype Door Hinge for Correlation between Simulation and Experimental Results in United Nations Economic Commission for Europe Regulation No: 11 Tests

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In this study, the simulation parameters of the door hinge were investigated in the Z direction to have a correlation between the experimental test and simulation.Tests and simulations were conducted according to the United Nations Economic Commission for Europe Regulation No: 11.The simulation parameters, which are the friction coefficient of contacts, the effect of bush material assignment and effect Blood Pressure - Blood Pressure Units of production imperfections, were examined respectively by utilizing the implicit solver Treatments of Ansys Mechanical Workbench 18 and the force-displacement curves were compared with experimental test results in order to decide the optimal settings of parameters.In a conclusion friction coefficient 0.

2, non-linear bush material and realistic geometry model were considered as the optimal parameter settings for correlated Finite Element Model of the hinge.