Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
. This research will focus on the development of new physics based computational fluid dynamic models to be deployed on DoD leadership High Performance Computing (HPC) facilities leveraging exceptional resources
-
, operations research, engineering mathematics, computational mathematics, modeling, analysis, optimization, and mathematics education. We offer varying fellowship opportunities (Senior Fellows, post-Docs, pre
-
applying models of insect movement, and develop predictive models. This research aims to collect movement data and produce models to enhance current surveillance, control, and eradication methods, such as
-
levels at harvest, we aim to develop predictive models, powered by deep neural networks, that can detect early signs of fungal infection and evaluate mitigation strategies such as soil amendments
-
into kinetic models and computation fluid dynamics-based fire behavior simulators. Ultimately, this new knowledge will guide the implementation of new characterizations of live fuels in fire behavior models and
-
applying models of insect movement, and develop predictive models. This research aims to collect movement data and produce models to enhance current surveillance, control, and eradication methods, such as
-
minerals. Test, refine and validate existing mass transfer models developed at USDA-ARS, or develop new models to analyze the dynamics of sanitizers and organic materials in a pilot-scale produce wash system
-
verifying receipt of degree or current enrollment in an undergraduate or graduate program at an accredited university or technical institute. Student/unofficial copy is acceptable Research Proposal Research
-
both laboratory and computational approaches for fish/shellfish-pathogen interaction dynamics and genomics research at the Aquatic Animal Health Research Unit (AAHRU). Research objectives of the AAHRU
-
one another; and delivering world-class science, technology and land management. Research Project: The fellows will contribute their research skills to understand how different models are used