Check out how nanotwinning assists dynamic recrystallization at large strains and strain rates on Nature Materials!
Mo-Cr Nanophase Separation Sintering
Mo-Cr system shows promising properties for high temperature applications. Check out how nanophase separation accelerates sintering in Mo-Cr system on Materialia!
Congratulations, Dr. Christian Oliver
Congratulations to Dr. Christian Oliver for a successful defense of his thesis, “Understanding and Optimizing Nanophase Separation Sintering,” and for his upcoming position at Foundation Alloy.
Congratulations, Dr. Jasper Lienhard
Congratulations to Dr. Jasper Lienhard for a successful defense of his thesis, “High-velocity impact of metal microparticles,” and for his upcoming position at Foundation Alloy.
New publication on tin and zinc microparticle impacts above the critical adhesion velocity
Above the velocity that particles adhere, interesting phenomena can arise, including jetting, melting, fragmentation, and hydrodynamic penetration. Check out our new paper on tin and zinc microparticle impacts above the critical adhesion velocity on Surface and Coating Technology!
Oxide delamination during high-velocity microparticle impacts
Understanding how oxide layers form and delaminate upon microparticle impacts is important for optimizing cold spray processes. Check out our new publication on oxide layer delamination on Applied Surface Science!
Solute segregation at nanocrystalline grain sizes
Understanding solute segregation as a function of grain size is important to the design of nanocrystalline alloys. Check out our new paper on how grain size and triple junctions influence grain boundary solute segregation at the nanocrystalline limit on Acta
Congratulations, Dr. Malik Wagih
Congratulations to Dr. Malik Wagih for a successful defense of his thesis, “The Spectral Model of Grain Boundary Solute Segregation.”
Congratulations, Dr. Isabel Crystal
Congratulations to Dr. Isabel Crystal for a successful defense of her thesis, “Size effects in shape memory ceramics,” and for her upcoming position at Lawrence Livermore National Laboratory.
Congratulations, Dr. Yuchen Sun
Congratulations to Dr. Yuchen Sun for a successful defense of his thesis, “High-velocity microparticle impact for analytical modeling of high-strain-rate mechanics and material behavior,” and for his upcoming position at Lawrence Livermore National Laboratory.