Jiangming Zhao Email & Phone Number

West Chester, Ohio, United States

Painted Post, New York, United States

• Assessed different chemical strengthening processes for Corning® Gorilla® Glass used in handheld/wearable devices, contributing to process improvement benefiting Fortune 500 customers• Created a practical glass fracture risk assessment model and designed experiments to validate it, effectively addressing a challenging bottleneck in product design for a key Fortune 500 customer • Predicted the failure strength of glass under various loading scenarios (quasi-static/dynamic) analytically, leading to a deeper understanding of loading-rate effect on glass behavior• Implemented a novel modeling strategy for indentation fracture by integrating commercial software and in-house codes, aimed at enhancing the scratch resistance of Corning® Gorilla® Glass used in handheld devices• Developed numerous Python scripts to automate finite element simulation tasks including pre-processing and post-processing, boosting productivity by 50%• Led the collaboration with the product development team from LS-DYNA to incorporate a new modeling capability into LS-DYNA, thereby expanded the scope of usage of the software• Organized and hosted monthly seminars aimed at promoting knowledge-sharing throughout the company's R&D community, consistently attracting 30+ attendees and receiving extremely positive feedback

Painted Post, New York, United States

• Developed a novel multiphysics model for stress corrosion cracking in glass, enhancing understanding of the water-assisted stress relaxation at crack tips and advancing in-house modeling capabilities

Lincoln, Nebraska, United States

• Advanced the peridynamic method (based on nonlocal continuum mechanics) into the realm of corrosion, simultaneous corrosion and fracture, and stress corrosion cracking• Pioneered a partially homogenized model for heterogeneous materials including concrete and fiber-reinforced composites, capturing the fracture behavior observed in experiments extremely well• Derived peridynamic equations of advection-diffusion and Newtonian viscous flow to address limitations in current modeling approaches• Developed FORTRAN & C++ codes and implemented GPU acceleration into an HPC system, resulting in a 6× speed enhancement for large-scale simulations

Painted Post, New York, United States

• Led the multiphysics modeling of subcritical crack growth in glass, thereby enhancing understanding of fundamental mechanisms and advancing in-house modeling capabilities.

Lincoln, Nebraska, Usa

Solving diffusion-advection problems using the theory of peridynamics

Xi'An Shaanxi, China

Conducting research about the propagation of multiple cracks using the theory of peridynamics

Xi'An Shaanxi, China

I had been a teaching assistant in an undergraduate course named the Theory of Elasticity taught for international students. I helped with the course material translation and also corrected assignments and exam papers.

Master Of Science - Ms, Computer Science

Doctor Of Philosophy - Phd, Mechanical Engineering, 4.0/4.0

Master Of Engineering (M.Eng.), Solid Mechanics, 90.22/100

Bachelor Of Engineering (B.Eng.), Aircraft Design And Engineering, 83.10/100