Research Interests
Solidification science and advanced casting, welding, and additive manufacturing technologies
3D imaging and modelling of materials and processes
Multi-scale and multi-physics modelling of phase transformations
Characterization of microstructure and texture
Modelling of transport phenomena and processes
Recent Publications
Additive Manufacturing 55, 102824.
Microstructure evolution of Inconel 625 alloy during single-track Laser Powder Bed Fusion.
P Mohammadpour, H Yuan, AB Phillion (2022)
Computational Materials Science 206, 111251.
Fast prediction of phase equilibrium at varying temperatures for use in multi-component phase field models.
Z Li, M Greenwood, AB Phillion (2022)
Materials & Design 210, 110072.
Achieving homogeneity in a high-Fe b-Ti alloy laser-printed from
blended elemental powders.
FF Ahmed, SJ Clark, CLA Leung, L Stanger, J Willmott, S Marussi, V Honkimaki, N Haynes, HS Zurob, PD Lee, AB Phillion (2021)
Research Highlights
Granular modelling of binary Fe-C alloy showing columnar to equiaxed transition
Granular modelling of binary Fe-C alloy showing columnar to equiaxed transition
Fractograph of a DP600 steel alloy tested at 1300˚C
Mushy zone granular deformation model
Simulation of peritectic transformation using a granular model of solidification
Granular Model of Steel Solidification: Microstructure evolution at high fraction solid
In-situ imaging of the Selective Laser Melting of a Ti-185 alloy
In-situ imaging of the Selective Laser Melting of a Ti-185 alloy
SLM-deposited Ti-185 for post-SLM X-ray diffraction characterization
Grain Cluster Formation during solidification