Ms. Tingting LI 🎓 is a Ph.D. candidate in ferrous metallurgy at Shanghai University, specializing in Ca oxide metallurgy 🧪. Her research focuses on microstructural evolution and mechanical properties of shipbuilding steel plates 🚢. She has contributed to 6 SCI/Scopus-indexed publications 📚, 3 patents 📝, and 5 industry consultancy projects 🔧. Proficient in EBSD, TEM, and computational thermodynamics 🧬, she aims to enhance the toughness of marine-grade steel. With a citation index of 33 📈, Tingting is emerging as a promising materials researcher with both academic depth and industrial relevance 🌐, making her a strong candidate for global recognition 🏅.
Ms Tingting LI, Shanghai University, China
Profile
SCOPUS
🎓 Education
Ms. Tingting LI is currently pursuing her Ph.D. in Ferrous Metallurgy at Shanghai University 🏛️, where she is deeply engaged in research on Ca oxide metallurgy 🔬. Her academic work emphasizes establishing quantitative relationships between alloying elements, second-phase particle evolution, microstructural development, and mechanical performance in shipbuilding steel plates 🚢. Her studies combine theory with advanced experimental tools such as EBSD and TEM 🧪, along with computational modeling ⚙️. This strong academic foundation enables her to tackle complex challenges in metallurgy, positioning her as a promising scholar in the field of materials science and engineering 🧠📘.
Professional Background 🏛️
Tingting LI 🎓 is a dedicated Ph.D. candidate in ferrous metallurgy at Shanghai University 🏛️, focusing on Ca oxide metallurgy. Her work aims to develop quantitative relationships between alloying element concentrations ⚗️, second-phase particle evolution 🔍, microstructural behavior 🧬, and mechanical properties 🔧 in advanced shipbuilding steel plates 🚢. Tingting integrates experimental techniques like EBSD and TEM 🔬 with computational tools including thermodynamic modeling and first-principle simulations 💻. Her research is deeply rooted in practical application, driving improvements in steel performance for marine environments 🌊. Through academic rigor and hands-on industry collaboration 🤝, she is shaping innovations in materials science.
Research Focus 🔬
Tingting LI 🔬 is deeply engaged in advancing Ca oxide metallurgy ⚙️, particularly focusing on quantifying the impact of alloying elements on heat-affected zone (HAZ) toughness 🛡️ in shipbuilding steels 🚢. Her research integrates microstructural analysis 🧬 and thermodynamic modeling 📊 to explore second-phase particle behavior and its influence on mechanical performance 🧱. By combining high-resolution techniques like EBSD and TEM 🔍 with computational simulations 💻, she aims to enhance the strength and durability of steel in extreme marine conditions 🌊. Her work bridges fundamental metallurgical theory with practical engineering applications 🔧, driving innovation in advanced materials development.
Technical Expertise 🔧
Tingting LI ⚙️ excels in combining advanced characterization techniques such as EBSD and TEM 🔬 with computational thermodynamics 📈 and first-principle calculations 🧠 to uncover the intricate interplay between alloying elements, oxide particle evolution, and phase transformation mechanisms 🔄. Her innovative research directly addresses pressing challenges in marine engineering 🚢 by designing high-strength steels 🧱 with superior heat-affected zone (HAZ) toughness retention 🛡️. This significantly reduces material failure risks ⚠️ in extreme operational environments 🌊. Her holistic approach integrates experimental and computational tools 🔧💻, contributing to the development of next-generation materials for demanding structural applications.
Publication 📘
Deterioration mechanism of impact toughness in the coarse-grained heat-affected zone of Ca-treated shipbuilding steel plate with high-Cr content 🔧
Authors: Tingting Li 🧑🔬, Jian Yang 👨🔬, Yinhui Zhang 👩🔬, Pengfei Hu 👨🔬, Longyun Xu 👨🔬
Journal: Journal of Alloys and Compounds 📚, 2025