I am a modeling specialist with more than twenty-five years of experience in tire mechanics, multi-physics finite element analysis, thermodynamics, and durability modeling. My work integrates operator-based thinking, nonlinear solver design, and large-deformation elastomer mechanics. Recently I have been developing a unified FEA framework built on multi-level Augmented Lagrange methods and the Rᵀ–L–S modeling language.
My research interests include: structural stiffness architecture in complex composites, rolling resistance and dissipation modeling, viscoelastic constitutive theory, operator-theoretic PDE structures, solver admissibility, and the interplay between mathematical modeling and engineering design.
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I divide my time between technical writing, poetry, and research in continuum mechanics. Much of my creative work explores the connection between memory, landscape, and structure—whether in engineering, literature, or daily life. I was born in China, and have spent many years in Akron, Ohio, whose winters and quiet evenings appear frequently in my poems.