Gilbert R. Speich Award for Best Paper Recipients

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YearFull NamePaper Title
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2026Dr. Emmanuel De MoorEvolution of Microstructure During Partitioning Associated With Galvanizing/Galvannealing of Advanced High-Strength Steels
2026Mr. Monojit DuttaEvolution of Microstructure During Partitioning Associated With Galvanizing/Galvannealing of Advanced High-Strength Steels
2026Mr. Chiradeep GhoshEvolution of Microstructure During Partitioning Associated With Galvanizing/Galvannealing of Advanced High-Strength Steels
2026Dr. Kyeong-Min KimEvolution of Microstructure During Partitioning Associated With Galvanizing/Galvannealing of Advanced High-Strength Steels
2026Dr. Sachin KumarEvolution of Microstructure During Partitioning Associated With Galvanizing/Galvannealing of Advanced High-Strength Steels
2026Dr. John G. SpeerEvolution of Microstructure During Partitioning Associated With Galvanizing/Galvannealing of Advanced High-Strength Steels
2026Dr. Hoyong UmEvolution of Microstructure During Partitioning Associated With Galvanizing/Galvannealing of Advanced High-Strength Steels
2025Mr. Unai MayoMicrostructure Response to Intermediate Reheating in Hot Strip Processing
2025Dr. Matthew J. MerwinMicrostructure Response to Intermediate Reheating in Hot Strip Processing
2025Dr. Pello UrangaMicrostructure Response to Intermediate Reheating in Hot Strip Processing
2024Mr. Garrett R. AngusEvolution of Phase Transformations and Mechanical Properties During Hot Stamping Operations
2024Dr. Eliseo HernandezEvolution of Phase Transformations and Mechanical Properties During Hot Stamping Operations
2024Ms. Michelle LabaereEvolution of Phase Transformations and Mechanical Properties During Hot Stamping Operations
2024Mr. Wesley Michael LengyelEvolution of Phase Transformations and Mechanical Properties During Hot Stamping Operations
2023Dr. Siddhartha BiswasDevelopment of Nanoprecipitation-Strengthened Cold-Rolled Batch Annealed HSLA Sheet Steels (490 MPa Yield Strength) With Superior Formability
2023Dr. Bilin ChenDevelopment of Nanoprecipitation-Strengthened Cold-Rolled Batch Annealed HSLA Sheet Steels (490 MPa Yield Strength) With Superior Formability
2023Mr. Shobhit BhartiyaDevelopment of Nanoprecipitation-Strengthened Cold-Rolled Batch Annealed HSLA Sheet Steels (490 MPa Yield Strength) With Superior Formability
2023Dr. Amar K. DeDevelopment of Nanoprecipitation-Strengthened Cold-Rolled Batch Annealed HSLA Sheet Steels (490 MPa Yield Strength) With Superior Formability
2023Dr. V.S. Yashwanth InjetiDevelopment of Nanoprecipitation-Strengthened Cold-Rolled Batch Annealed HSLA Sheet Steels (490 MPa Yield Strength) With Superior Formability
2023Mr. Mark A. SextonDevelopment of Nanoprecipitation-Strengthened Cold-Rolled Batch Annealed HSLA Sheet Steels (490 MPa Yield Strength) With Superior Formability