Dr. Benjamin Begley successfully defends his dissertation!

July 18, 2025

Dr. Benjamin Begley becomes the fourth student to graduate with a PhD from the MONSTER Research Group, defending his dissertation entitled “An Integrated Computational Materials Engineering Approach to Predicting Local Texture Evolution in Two-Phase Titanium Alloys.”

Read more »

Dr. Tori Miller Awarded the Vladimir A. Grodsky Professorship

February 18, 2025

The MONSTER Research Group is thrilled to announce that Dr. Tori Miller has been awarded the Vladimir A. Grodsky Professorship in the Materials Science & Engineering Department at UF! This prestigious recognition honors Dr. Miller’s sustained performance and excellence in research, teaching, and service in materials science & engineering with a specialization in metals. Congratulations, Dr. […]

Read more »
Schematic diagram illustrating the proposed mechanism of MCG formation. During ingot-to-billet processing, primary γ′ are coarsened but their local orientation is biased. Following sub-solvus hot deformation initiates HeRX nucleation from one γ′ particle. Finally, the growth of the HeRX grain forms MCGs.

Yonguk Lee publishes paper describing multiply coherent gamma grains in a Ni-base superalloy

August 21, 2024

Yonguk Lee recently published “On the Formation of Multiply Coherent γ Grains in a Powder Metallurgy Ni Base Superalloy” in the Superalloys 2024 proceedings. The paper reports a unique γ microstructure which contains multiple pinning particles inside that are coherent (multiply coherent gamma grains, MCGs), which are explained to have possibly formed through the combined effect of initial orientation […]

Read more »
HAADF-STEM images of the LHSR alloy. a Low magnification image showing multiple primary γ′ particles. b Magnified image of the red dashed box in (a) that shows round, darker areas on the right side of the image, indicative of tertiary γ′ precipitates. c Magnified image of the dashed orange box in (b) highlighting the coherent γ-γ′ interface. d High magnification HAADF-STEM image along the [112] zone axis from (c) marked by the blue dashed box, showing the atomic structure of the L12 γ′ LHSR alloy.

Yonguk Lee publishes paper describing the prevalence of HeRX in LSHR

January 23, 2024

Yonguk Lee recently published “Prevalence of Heteroepitaxial Recrystallization in the Low Solvus High Refractory (LSHR) γ–γ′ Superalloy” in Metallography, Microstructure, and Analysis. The paper reports the observation of HeRX outside of low-misfit Ni-base superalloys for the first time, which suggests that HeRX can contribute to microstructural evolution in a much wider range of polycrystalline Ni-base […]

Read more »

Benjamin Anthony publishes paper quantifying the effects of EBSD step size choices

December 11, 2023

Benjamin Anthony recently published “A ‘step’ in the right direction: quantifying error in twinning analysis due to EBSD scan resolution” in Scripta Materialia. This paper demonstrates the error in calculated twin fraction and other features when using too-large EBSD step sizes. Read the paper here: https://doi.org/10.1016/j.scriptamat.2023.115929

Read more »

Dr. Benjamin Anthony successfully completes his defense!

November 30, 2023

Dr. Benjamin Anthony becomes the third student to graduate with a PhD from the MONSTER Research Group, defending his dissertation entitled “Quantifying the Role of Coarse Intermetallic Particles on Twinning Behavior in Magnesium Alloys.”

Read more »

Megan Hurley passes MSE qualifying exam!

June 6, 2023

Megan Hurley passed her qualifying exam, with her proposal entitled “The Effects of Thermomagnetic Processing on Martensite Development in Carbon Steels.”

Read more »

Dr. Justin Norkett successfully defends his dissertation!

May 23, 2023

Dr. Justin Norkett—Dr. Miller’s first graduate student—becomes the first student to graduate with a PhD from the MONSTER Research Group.

Read more »

Yonguk Lee passes MSE qualifying exam!

May 1, 2023

Yonguk (Tony) Lee passed his qualifying exam, with his proposal entitled “Heteroepitaxial recrystallization in Ni-based superalloys: its nucleation and boundary character.”

Read more »