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Mahya Azizi

Cornell University

Ithaca , NY 14850

United States

  • Cornell University

SCHOLARLY PAPERS

3

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167

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0

Scholarly Papers (3)

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1.

Presence of Intermediate Metastable Phase at Lower Solidification Rates Yields Finer Grains in Additively Manufactured FeMnCoCr MPEAs

Number of pages: 29 Posted: 15 Dec 2025
Mahya Azizi, Chenxi Tian, Akane Wakai, Atieh Moridi and See PDF
Cornell University, Cornell University, Cornell University, Cornell University and Please see PDF for full list of authors & affiliations
Downloads 72 (899,324)

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Additive manufacturing, multi-principal element alloys, solidification, grain refinement, metastable phase

2.

When Slower Cooling Produces Finer Grains: Grain Refinement in Directed Energy Deposition Compared to Powder Bed Fusion of FeMnCoCr MPEAs

Number of pages: 28 Posted: 30 Sep 2025
Mahya Azizi, Chenxi Tian, Akane Wakai, Kaushalendra Singh, Sai Pratyush Akula, Amlan Das and Atieh Moridi
Cornell University, Cornell University, Cornell University, Cornell University, Cornell University, Cornell University and Cornell University
Downloads 70 (907,769)

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Additive manufacturing, multi-principal element alloys, Solidification, Grain refinement, metastable phase

3.

How Slower Solidification Refines Grain Structure in Additively Manufactured FeMnCoCr Alloys

Number of pages: 40 Posted: 18 Feb 2026
Mahya Azizi, Kaushalendra Singh, Chenxi Tian, Sai Pratyush Akula, Akane Wakai, Amlan Das and Atieh Moridi
Cornell University, Cornell University, Cornell University, Cornell University, Cornell University, Cornell University and Cornell University
Downloads 25 (1,500,778)

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Additive manufacturing, multi-principal element alloys, solidification, grain refinement, metastable phase