Frontier Material and Enginnering Alloys Lab
Mission
Our mission is to explore exciting worlds of Materials Sciences, to seek out new recruits and research partners, to boldly research and develop Frontier Materials and Engineering Alloys.
Alloy Design
Alloy design is the strategic development of new metallic materials by selecting and combining elements to achieve targeted performance for specific applications. In our research lab, we focus on exploring broad compositional spaces to create alloys with exceptional properties such as high strength, corrosion resistance, thermal stability, and oxidation resistance. Using a combination of thermodynamic modeling, computational simulations, and experimental validation, we identify compositions that balance multiple functional requirements. This approach accelerates the discovery process and enables us to address challenges in aerospace, energy, and industrial sectors, driving innovation in frontier materials for demanding environments.
Microstructure Engineering
Microstructure control through thermo-mechanical processing is a powerful approach to tailoring the properties of advanced alloys. By precisely managing deformation and heat treatment sequences, we influence phase distribution, grain size, and defect density to achieve optimal mechanical and functional performance. Our lab integrates experimental processing with computational predictions to design processing routes that unlock the full potential of novel alloy compositions. This synergy enables us to deliver materials with superior strength, toughness, and stability for critical applications in challenging environments.
Single crystal growth
Single crystal growth is a precision technique for producing alloys with a continuous microstructure that free from grain boundaries. This unique structural perfection offers exceptional mechanical strength, creep resistance, and thermal stability, making single crystals ideal for demanding high-temperature applications such as turbine blades and aerospace components. In our lab, we develop and refine advanced growth methods to create single crystal alloys tailored for extreme environments, enabling breakthroughs in performance and reliability for critical engineering systems.
Additive Manufacturing
Additive manufacturing is a transformative fabrication technique that builds metallic components layer by layer, enabling complex geometries and rapid prototyping. We leverage additive manufacturing to design and produce advanced alloys with tailored compositions and properties for high-performance applications. This approach minimizes material waste, accelerates development cycles, and allows for on-demand manufacturing of customized parts.