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Research Areas

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High Entropy Alloys

  • Mechanical Insights: Correlating High Entropy Alloys' Behavior with Microstructure, Crystallographic Texture, and Elemental Distribution.​

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  • Next-Generation of HEA Design: FCC, BCC, and HCP-Based High Entropy Alloys design for Structural Advancements.​

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  • Thermodynamic Exploration: Thermal, Microstructure Stability, and Phase Transformations in High Entropy Alloys.

Additive Manufacturing

  • Optimizing Heat Treatment and Surface Properties in Additively Manufactured Structural Materials for Aerospace, Automotive, and Nuclear Applications.

 

  • Understanding Solidification Science and Deformation Mechanics in Additively Manufactured Metallic Materials.

 

  • Exploring Phase Transformations Induced by Temperature and Deformation: Correlating with Crystallographic Texture.

 

  • Characterizing Interface and Grain Boundary Strength in Dissimilar Alloy Combinations.

 

  • Identifying Mechanical and Microstructural Properties in Extreme Environments.

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Recycling of Metallic Materials

  • Optimizing Microstructure and Composition for Enhanced Mechanical and Physical Properties.

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  • Processing and Texture Optimization of Recycled Materials for Critical Applications.

 

  • Innovative Alloy Design: Utilizing Metallurgical Waste and Critical Materials for Improved Performance.

Thermomechanical Processing

  • Industrial-Scale Forging: Processing Condition Development.

 

  • Optimizing Deformation Parameters for Enhanced Strength and Ductility in Metallic Materials.

 

  • Thermomechanical Processing: Microstructure, Texture, and Grain Boundary Fraction Optimization.

 

  • Exploring High-Temperature Deformation Properties in Metallic and Intermetallic Alloys.

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