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Abstract <p>In this study, we present an algorithm for simulating CT images of diverse 3D-printed samples, allowing for a comparison between simulated and real CT experiment results. The use of computer simulation enhances the understanding of the CT imaging process and aids in the development and validation of reconstruction algorithms. It is demonstrated that such an algorithm potentially may be useful for analysis of inaccuracies of real 3D-printed samples under CT investigation and can distinguish these details from filling model of these samples.</p>

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An Approach to Applying CT Reconstruction Algorithms to Numerically Synthesized Objects for the Analysis of 3D-Printed Samples

  • 期刊论文

  • 发表日期：

    2025年6月1日

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  • A. V. Shahverdyan,
  • V. V. Margaryan,
  • Yu. M. Cherepennikov,
  • K. G. Trouni,
  • S. N. Noreyan,
  • A. M. Mamyan,
  • R. K. Mirzoyan,
  • H. H. Samsonyan,
  • V. R. Kocharyan

摘要

Abstract

In this study, we present an algorithm for simulating CT images of diverse 3D-printed samples, allowing for a comparison between simulated and real CT experiment results. The use of computer simulation enhances the understanding of the CT imaging process and aids in the development and validation of reconstruction algorithms. It is demonstrated that such an algorithm potentially may be useful for analysis of inaccuracies of real 3D-printed samples under CT investigation and can distinguish these details from filling model of these samples.