Abstract <p>The article presents a study of the influence of tool inclination and deposition angles on geometric accuracy and surface quality during direct laser deposition of cylindrical workpieces, based on experimental data and specially developed mathematical models for predicting dimensional deviations and material shrinkage intended for optimizing process parameters in order to improve the accuracy and quality of products.</p>

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Analysis of the Effect of Angular Parameters on Geometric Accuracy and Surface Quality in Direct Laser Deposition: Experimental Studies and Modeling

  • A. I. Khaimovich,
  • E. P. Zlobin,
  • A. V. Balyakin

摘要

Abstract

The article presents a study of the influence of tool inclination and deposition angles on geometric accuracy and surface quality during direct laser deposition of cylindrical workpieces, based on experimental data and specially developed mathematical models for predicting dimensional deviations and material shrinkage intended for optimizing process parameters in order to improve the accuracy and quality of products.