This Ph.D has over thirty years of industrial and academic experience in the material sciences with a focus on the mechanics of alloying, lightweight alloy and other specific alloy technology.  His recent work includes research into the physics of enhanced diffusion due to mechanical alloying and the development of a mathematical model for the mixing of immiscible alloys.  He is author of numerous technical reports and conference proceedings.

• Amorphous Alloys
• Analytical Techniques
• Applied Physics
• Consolidation Technology
• Corrosion
• Diffusion and Transport in Solids
• DSC
• Enhanced Diffusion
• Extrusion Technology
• Hydrogen In Metals
• Materials Science
• Mechanical Alloy Mixing Technology
• Mechanical Alloying
• Mg-Based Lightweight Alloys
• Mg-Li Alloy Technology
• Microhardness
• Nanocrystalline Alloys
• Nonequilibrium Processing Technology
• Phase Transformations in Alloys
• Structure of Amorphous Alloys
• Structure of Crystalline Alloys
• Tensile Testing
• Thermodynamics of Forced Mixing
• Thermodynamics of Nonequilibrium Materials
• Thermodynamics of Phase Changes
• Thermodynamics of Transport
• X-ray Diffraction

• Ph.D., Applied Physics
• BS in Physics, Cum Laude

Expert Witness Services;

• Technical Consultant