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My research interests focus on the rheology of structured polymeric systems, particularly the relationship between material microstructure, chemistry, and macroscopic properties. The use of rheology with other techniques provides a powerful and unique combination to understand and describe the macroscopic behavior of structured systems in terms of their underlying chemistry and/or microstructure. My goals have been to use such an approach to obtain physical insights and new information on systems that are technologically or environmentally relevant. Summaries of some of the group research projects are provided below.
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JOURNAL OF MATERIALS CHEMISTRY Ano. 1 (2023): 214-226
R. Potter,S. Khan, J. Snedeker, K. Adegboye, A. Haile, B. Sayanjali, N. Pukos, K. Cochran, J. Ahner, T. Su, N. Uzcategui,Y. Stenberg,
NEUROMUSCULAR DISORDERS (2023): S101-S101
Tahira Pirzada,Antoine Affokpon,Richard H. Guenther,Reny Mathew,Sachin Agate, Aitana Blevins, Medwick V. Byrd,Tim L. Sit,Stephen R. Koenning,Eric L. Davis,Lokendra Pal,Charles H. Opperman,
Nature Foodno. 2 (2023): 148-159
Journal of materials chemistry. A, Materials for energy and sustainability (2023)
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Sipan Liu,Chenxi Sui,Myers Harbinson, Michael Pudlo,Himendra Perera,Zhenzhen Zhang, Ruguan Liu,Zahyun Ku,Md Didarul Islam,Yuxuan Liu,Ronghui Wu,Yong Zhu,
Nano lettersno. 17 (2023): 7767-7774
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