Tag: Megan Hurley

Megan Hurley published “Comparative Analysis of Austenitized Steel Microstructures Due to Induction and Conventional Heating in High Magnetic Field” in Metallurgical and Materials Transactions A. This brief communication discusses the different effects that induction and conventional heating have on austenite grain growth and annealing twin formation in a near-eutectoid steel composition after heat-treatment with and […]

Megan Hurley has published her first paper entitled “Microstructural Evolution of Steel during Magnetic Field Assisted Processing” in a JOM special issue for diffusionless phase transformations in engineering alloys. This paper discusses how applying varied magnetic field strengths during thermal processing impacts the formation and growth of austenite, martensite, and pearlite microstructures in a near-eutectoid […]

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