Pan Michaleris
Papers
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1
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About
Pan Michaleris is a leading figure in the computational modeling of additive manufacturing, with a particular focus on directed energy deposition (DED) processes. His work bridges the gap between thermal-mechanical simulation and practical metal 3D printing, enabling engineers to predict distortions, residual stresses, and microstructural evolution in large-scale builds. Michaleris’s contributions have been instrumental in advancing process optimization for industries like aerospace and automotive, where part reliability is critical. His highly cited research—including foundational studies on thermomechanical modeling of laser powder bed fusion and wire-arc additive manufacturing—has accumulated thousands of citations, reflecting its profound impact on both academia and industry. Notably, his 2023 comprehensive review of DED processes synthesizes decades of progress, serving as a definitive resource for researchers and practitioners. Beyond his publications, Michaleris is recognized for developing open-source simulation tools that democratize access to advanced modeling capabilities. His work continues to shape the future of metal additive manufacturing, making him a pivotal figure for students and engineers seeking to understand the physics behind the print.
Research Focus
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