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At present,the main method of finite element on the uncoiling machine main shaft or segment flate analysis is simplified equivalent to a separate analysis of various conditions,but this method is comparatively large difference with the actual working condition.In order to make the uncoiler finite element analysis of main shaft and the segment flate conforms to the actual working condition,the paper puts forward a new kind of decoiler assembly finite element analysis method,mainly introduced with Workbench 13.0 on main shaft and segment flate assembly process analysis of statics.The simulation results show that,all parts of the strength and stiffness meet the design requirements.Application results show that this method needs not to simplify the equivalent under various working conditions,it can convenient to get to the main shaft and segment the figure of total deformation and von-Mises stress map and it also improves the analysis efficiency and more accord with the actual working condition.
At present, the main method of finite element on the uncoiling machine main shaft or segment flate analysis is simplified equivalent to a separate analysis of various conditions, but this method is comparatively large difference with the actual working condition.In order to make the uncoiler finite element analysis of main shaft and the segment flate conforms to the actual working condition, the paper puts forward a new type of decoiler assembly finite element analysis method, primarily introduced with Workbench 13.0 on main shaft and segment flate assembly process analysis of statics. results show that, all parts of the strength and stiffness meet the design requirements. Application results show that this method needs not to simplify the equivalent under various working conditions, it can facilitate to get to the main shaft and segment the figure of total deformation and von-Mises stress map and it also improves the analysis efficiency and more accord with the actual working cond ition.