RESEARCH INTERESTS
Multiscale Modeling of Solids and Structures
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Crystal plasticity finite element modeling of deformation and damage in advanced alloys
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IGFEM-based interface damage modeling in composites
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Reduced-order multiscale modeling and optimization
Multiphysics Modeling of Manufacturing Process
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Composite manufacturing process based on frontal polymerization, and its application in 3D printing
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Microstructure evolution during metal 3D printing
RECENT NEWS
February 20, CAMML is awarded the prestigious NSF CAREER Award, entitled "CAREER: Multiscale Reduced Order Modeling and Design to Elucidate the Microstructure-Property-Performance Relationship of Hybrid Composite Materials". This award will allow his team to leverage the multiscale modeling and design expertise at CAMML, and partner with the ME department, SoC, ARCC, WyrkShop, Idaho National Laboratory and industry partners, to conduct a series fully integrated research, ecuation, outreach and workforce development in the next five years. Congratulations!

Send your CV and a brief description of your prior research experiences and how they align with the research areas at CAMML. Please include: GPA, GRE test scores, and TOEFL score and publication list if applicable.
Meet the team of postdoctoral researchers, graduate students, and undergraduate researchers at CAMML
Learn more about what is happening at cammel, including talks, papers, and awards.
View a comprehensive list of papers published by Dr. Zhang and the CAMML research team.