Research
At the Dynamic Physical Metallurgy Laboratory (DPML), we explore how metals behave under real-world conditions, and how we can design better alloys and processes to meet the demands of modern industry.
Our work spans the full thermo-mechanical processing chain, from casting and forging to final heat treatment. We focus on understanding how processing parameters affect microstructure and, ultimately, material performance. This knowledge helps us develop practical solutions for industries like automotive, defense, energy, and aerospace.
Core Research Areas
Our core focus is alloy design, fabrication, and thermo-mechanical process development, encompassing the complete processing chain from casting and wrought processing through final heat treatment.
Alloy Design & Development
Computationally driven alloy design for high performance ferrous and non-ferrous alloys.
Melting & Casting
Alloy formulation at length scales between 200 g and 200 lbs.
Deformation Processing
Thermo-mechanical simulations allow for assessment metallurgical processes, develop new materials, and replicate real world conditions in the laboratory.
Heat Treatment Design
Controlled thermal processing to enable optimization of microstructure and mechanical performance.
Microstructural Characterization
Qualitative and quantitative characterization of microstrucutral characteristics across length scales.
Equipment & Capabilities
The DPML houses state-of-the-art equipment for alloy fabrication, heat treatment, and thermo-mechanical process design for ferrous and non-ferrous alloys. Shared facilities within the Materials Science and Engineering department at Michigan Tech offer additional opportunities for alloy fabrication and characterization.
Alloy Fabrication
- Arc Melting – ArcCast-200 Electric Arc Furnace >
- Vacuum Induction Melting
- Induction Melting
Thermal and Thermo-Mechanical Processing
Material Processing
- Heat Treatment Furnaces
- Forging Press
- Glove Box
- Rolling Mill
Microstructural Characterization
- Metallographic Sample Preparation
- Light Optical and Digital Microscopy
- Microscopy (SEM, TEM)
Mechanical Property Assessment
- Mechanical and Servo-Hydrolic Tensile Testing
Why this work matters
From Lab to Industry
Metals are the backbone of modern infrastructure, transportation, defense systems, and energy technology. But designing materials that can withstand extreme environments, perform reliably over time, and be produced efficiently is a constant challenge.
At the DPML, our research helps bridge the gap between material science theory and practical application. By understanding how metals behave during processing, we help industry partners create stronger, lighter, and more resilient components. This work supports innovation in sectors that shape the future.
Whether it’s developing new alloys or refining manufacturing methods, our work contributes to safer vehicles, more durable infrastructure, and a more sustainable materials landscape.
Our Team
Meet the researchers, staff, and students behind the DPML. From experimental design to real-world applications, our team drives the lab’s mission through collaboration, technical skill, and curiosity.