Research Laboratory for Surface Modification and Materials
Bi-min Zhang Newby, PhD
Professor
Associate Chair for Graduate Studies
Department of Chemical, Biomolecular, and Corrosion Engineering
The University of Akron
101A Whitby Hall
Akron, Ohio 44325-3906
Phone: 330-972-2510
E-mail: bimin@uakron.edu
Ph.D. (Chemical Engineering, 1999) Lehigh University
M.S. (Chemical Engineering, 1995) Lehigh University
B.S. (Chemical Engineering, 1993) Drexel University
This research lab at the University of Akron is directed by Dr. Bi-min Zhang Newby, Professor of Chemical, Biomolecular, and Corrosion Engineering Department. Dr. Zhang Newby joined the department in Fall 2000 after 2 years of post-doctoral research on polymer thin films at The University of Pennsylvania and earning her MS and PhD from Lehigh University ( under Professor Chaudhury) on interfacial phenomena relating to adhesion and friction.
This research lab at the University of Akron is directed by Dr. Bi-min Zhang Newby, Professor of Chemical, Biomolecular, and Corrosion Engineering Department. Dr. Zhang Newby joined the department in Fall 2000 after 2 years of post-doctoral research on polymer thin films at The University of Pennsylvania and earning her MS and PhD from Lehigh University ( under Professor Chaudhury) on interfacial phenomena relating to adhesion and friction.
We are exploring both applied and fundamental research in the areas of surface modification/patterning, interfacial phenomena, polymer thin films, antifouling, biocorrosion, biomaterial fabrication, hydrogel-based carrier designs, and wound repair. Many of the projects are inspired by natural products, stimuli responsive materials, and everyday naturally occurring phenomena. (Details on some of the projects are described in the Research tab and can be found from our publications.)
We are exploring both applied and fundamental research in the areas of surface modification/patterning, interfacial phenomena, polymer thin films, antifouling, biocorrosion, biomaterial fabrication, hydrogel-based carrier designs, and wound repair. Many of the projects are inspired by natural products, stimuli responsive materials, and everyday naturally occurring phenomena. (Details on some of the projects are described in the Research tab and can be found from our publications.)
Research Funding
Research Funding
