Dr Paul Follansbee, Saint Vincent College, United States
Paul S. Follansbee is a renowned materials scientist 🏅 with expertise in deformation kinetics, constitutive behavior, and materials processing. With over 20 years in research, 15 years in technical management, and 12 years in academia, he has significantly contributed to engineering education 📚 at Saint Vincent College. His groundbreaking work in state-variable deformation modeling and numerous publications 📝 continue to influence the field. As a Professor Emeritus, he remains dedicated to mentorship, innovation, and scientific excellence. 🌟
Professional Profile
Scopus Profile
Early Academic Pursuits 🎓
Paul S. Follansbee’s academic journey began with a strong foundation in materials science and engineering. His passion for understanding the fundamental principles of deformation kinetics and constitutive behavior led him to pursue advanced studies in metallurgy. His early academic engagements included a three-month sabbatical at the University of California, San Diego, where he collaborated with Professor Sia Nemat Nasser and presented a seminar series on deformation modeling. This phase of his career set the stage for his future contributions to both research and education.
Professional Endeavors 🏛️
With over 20 years in technical research and development, 15 years in technical management, and 12 years in academia, Dr. Follansbee has played a pivotal role in engineering education. At Saint Vincent College, he developed and taught multiple engineering and materials science courses, initiated an Introduction to Engineering course, and established a Capstone Research Program. His leadership extended to external advisory committees at Carnegie Mellon University, Washington State University, and Saint Francis University.
Contributions and Research Focus On Materials Science 🔬
Dr. Follansbee’s research has centered on dynamic plastic constitutive behavior of metals, deformation modeling, and materials characterization. His work has been instrumental in developing state-variable models to predict material behavior under various conditions. Notably, his 1988 publication in Acta Metallurgica on deformation modeling in copper remains widely cited. His contributions to technical advancements in LANL, General Electric, and Howmet Research Corporation further solidified his status as a thought leader in the field.
Impact and Influence 🌍
His leadership roles at Los Alamos National Laboratory (LANL), where he managed teams of up to 500 engineers and scientists, influenced key projects in materials science, nuclear weapons components, and government-funded R&D. His tenure at GE Corporate Research and Development Center led to innovations in spray forming, niobium-silicide-based alloys, and thermal barrier coatings. Through strategic planning, he ensured the alignment of research programs with business and national interests.
Academic Citations 📚
Dr. Follansbee’s contributions to materials science and deformation modeling have garnered widespread academic recognition. His highly cited 1988 paper continues to influence researchers worldwide. His research has been published in top journals like Metallurgical and Materials Transactions A, ASME Journal of Materials Engineering Technology, and Materials Science and Applications. His 490-page textbook, “Fundamentals of Strength”, encapsulates decades of research and serves as a critical resource for students and professionals.
Awards and Honors 🏆
His outstanding work has earned him accolades such as the Best Paper Award at the TMS Annual Meeting and leadership positions in numerous academic and industrial committees. His efforts in securing laboratory equipment donations and establishing educational programs at Saint Vincent College have left a lasting impact on engineering education.
Legacy and Future Contributions 🔝
Even in retirement, Dr. Follansbee remains engaged in research and mentorship. His dedication to mentoring students, developing laboratory courses, and advancing engineering education ensures that his influence continues to shape future generations of scientists and engineers. His legacy as an innovator, educator, and researcher remains firmly embedded in the field of materials science.
📚Publications Top Notes
📄 Article: Development and Application of an Internal State Variable Constitutive Model for Deformation of Metals
📖 Book Chapter: High-Strain-Rate Deformation of FCC Metals and Alloys
📄 Article: MTS Model Application to Materials Not Starting in the Annealed Condition
🔢 Citations: 2
📖 Book Chapter: A Constitutive Law for Metal Deformation
📖 Book Chapter: Application of MTS Model to Nickel-Base Superalloys
🔢 Citations: 1
📖 Book Chapter: Data Analysis: Deriving MTS Model Parameters