InĪddition, as a novel feature, different strategies for different alloys were summarized and compared in a table, allowing readers to identify the best ancillary process for a specific alloy to achieve the best results.Ī special thank you to my co-authors, Behzad Parvaresh, Reza Miresmaeili, mina dehghan, and Mohsen Mohammadi for their dedication and collaboration throughout this project. Then, Other ancillary processes such as in-situ metal working, in-situ heat treatment (ISHT), and the in-situ thermohydrogen Process (ISTHP) were investigated. Accordingly, the effects of building direction (BD), processing parameters (PP), and alloying composition modification (ACM) on the microstructures and mechanical properties of AM-parts were examined at first. treatment problems, covering all related complex mathematics. architecture and provides an automatic solution for heat. The solution of the finite element problem includes all nonlinear physics of heat treatment. accurate analyses of real-world situations. The paper, titled " Ancillary Processes for High-Quality Additive Manufacturing: A Review of Microstructure and Mechanical Properties Improvement" delves into in-situ modification processes. simulation of the Jominy test is the key to. I'm delighted to announce that our latest review article has been published in Metals and Materials International.
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