![]() Nayomi Plaza | Nayomi PlazaForest Biopolymer Science and EngineeringUnit: FPL-4707 Research Materials Engineer One Gifford Pinchot Drive Madison, WI United States 53726-2366 Phone: 608-231-9561 nayomi.plazarodriguez@usda.gov |
- Research
Narratives - Education &
Experiences - Organizations &
Awards - Products &
Publications - Research
Highlights -
Current Research
My current research focuses on the use of x-ray and neutron scattering techniques to better understand structure-property relationships. I'm particularly interested in the role of nanostructure as well as molecular architecture responsible for increased durability against the elements and dimensional stability.
Research Interest
Wood cell wall nanostructureNanoscale and molecular level wood-water interactionsScattering and spectroscopy techniques (using x-ray and neutrons)
Research Importance
The role of wood nanostructure has often been elusive via conventional characterization techniques typically because of poor contrast. Yet, better understanding of the architectures needed for improved durability can lead to the accelerated development of new bioinspired materials as well improved forest products.
Education
- University of Wisconsin - Madison, Ph.D. Materials Science , 2017
- University of Wisconsin-Madison, M.S. Materials Science , 2015
- University of Puerto Rico - Mayaguez, B.S. Mechanical Engineering , 2011
Professional Organizations
- Neutron Scattering Society of America,
- Forest Products Society (FPS),
Awards
- CSURM Fellow, 2019
- Forest Products Society Wood Award 1st Place, 2018
- DOE SCGSR Fellow, 2015
- Composite Panel Association Robert E. Dougherty Scholarship , 2015
- NSF Graduate Research Fellow, 2012
- UW Madison Graduate Engineering Scholar, 2012
Below are the 17 US Forest Service publications sorted by year. You may re-sort the list by: Title, Date Posted, Category, Publication or Year.
Publication Year: 2018 | |
![]() Highlight ID: 1311 | X-Ray Methods to Observe and Quantify Adhesive Penetration into Wood To accelerate development of new and improved wood adhesives for engineered wood products, researchers are working to understand the optimal adhesive penetration into wood for specific products and applications. ... |