Liu Bowen, Zhou Xiangman, Qin Jingping, et al. Geometric modeling and rational analysis of multilayer single channel finite element based on isosceles trapezoidal section[J]. Welding & Joining, 2024(3):40 − 46. DOI: 10.12073/j.hj.20230626005
Citation: Liu Bowen, Zhou Xiangman, Qin Jingping, et al. Geometric modeling and rational analysis of multilayer single channel finite element based on isosceles trapezoidal section[J]. Welding & Joining, 2024(3):40 − 46. DOI: 10.12073/j.hj.20230626005

Geometric modeling and rational analysis of multilayer single channel finite element based on isosceles trapezoidal section

  • Multilayer single channel finite element coupled thermal-mechanical modeling method based on isosceles trapezoidal cross section was proposed. Firstly, a multi-layer single-channel trapezoidal function model was built on a single-layer single-channel isosceles trapezoidal function model. Then, rationality of multi-layer single-channel trapezoidal function model was verified by comparing geometric deviation and thermal performance indexes of multi-layer single-channel trapezoidal function model and parabolic function model, and thermal coupling simulation analysis and corresponding experimental verification of multi-layer single-channel deposition process were carried out. The simulation and test results showed that simulation results of multilayer single-channel trapezoidal function model were in good agreement with parabolic function model and test results, and computational efficiency was improved to a certain extent.
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