Abstract

Industrial design methods are outlined for friction stir welding processes. These methods are based on parametric modeling of a digital twin of the tool, with associative relations between the geometric and physicochemical parameters in the manufacturing chains of the structure and tool. The results of parametric numerical modeling of the tool with variation in its geometry are presented. In simulation, iterative model relations are organized in the design chain for the machining conditions and the CNC control programs.

中文翻译：

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搅拌摩擦焊接工具设计中的数字孪生

摘要

概述了搅拌摩擦焊接工艺的工业设计方法。这些方法基于工具的数字孪生的参数化建模，并且在结构和工具的制造链中具有几何和物理化学参数之间的关联关系。给出了随几何形状变化而变化的参数化数值建模结果。在仿真中，在设计链中针对加工条件和CNC控制程序组织了迭代模型关系。