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Thank you to the following attendees for presenting Flash Talks at the NAWEA/WindTech Graduate Student Symposium that was held on October 29, 2024 at Rutgers-New Brunswick.

 

First Name Last Name Institution Category Flash Talk Name (Abstracts coming soon!)
Daniel Bouzolin The University of Texas at Dallas 1. Wind Energy Technologies Research on Floating Vertical Axis Wind Turbines
Elan Fullmer Syracuse University 1. Wind Energy Technologies Small-Scale Wind for Rooftop Applications
Pharlin Medard University of Puerto Rico 1. Wind Energy Technologies Waves Effects On Power Production of Wind Turbines Using a Coupled Level Set and LES Solver
Jose Mora University of Massachusetts Amherst 1. Wind Energy Technologies Free form multidisciplinary optimization of reference wind turbine using high fidelity structural modeling tools.
Jundong Wang Ocean University of China 1. Wind Energy Technologies wave interaction to wind?
Jack Cimorelli University of Massachusetts Lowell 2. Systems Integration Designing Resilient Microgrids for Naval Bases
James Cutler Brigham Young University 2. Systems Integration Realistic Wind Farm Design
Victor Eniola University of Massachusetts Lowell 2. Systems Integration Optimizing Wind-Hydrogen Integrated Microgrid Design: Accounting for Wind Speed Fluctuations
Mehrnoush Ghazanfariharandi Rutgers University 2. Systems Integration Evaluating task-based forecasts for power systems with wind energy
Michael LoCascio Stanford University 2. Systems Integration Data-driven wake model parameter estimation
Weston Pace Brigham Young University 2. Systems Integration Realistic Off Shore Wind Farm Optimization
Ashish Sedai Texas Tech University 2. Systems Integration Variable Renewable Energy Penetration-Curtailment Paradox
Ilan Upfal Massachusetts Institute of Technology 2. Systems Integration Co-Optimizing Layout and Joint Yaw-Thrust Control to Design Cost-Effective and Profitable Wind Farms
Nida Ahsan Stevens Institute of Technology 3. Environmental and Atmospheric Sciences Please provide your title
Oyewole Abe University of Massachusetts Amherst 3. Environmental and Atmospheric Sciences Offshore Wind Turbine Blade and Tower Loads induced by Veer in  Hurricane Wind Fields
Nathan Agarwal Johns Hopkins University 3. Environmental and Atmospheric Sciences Evaluation of wake simulations with North Sea observations, testing MYNN and 3DPBL schemes
Ophelia Christoph University of Delaware 3. Environmental and Atmospheric Sciences GEOLOGICAL DATA OF THE MID-ATLANTIC BIGHT CONTINENTAL SHELF  FOR THE PURPOSE OF OFFSHORE WIND TURBINE  FOUNDATION RECOMMENDATIONS
Arianna Jordan University of Oklahoma 3. Environmental and Atmospheric Sciences Is the Growing Number of Wind farms Connected to Boundary-layer Characteristics in Northern Oklahoma?
Jacob Nadolsky Texas Tech University 3. Environmental and Atmospheric Sciences Texas Tech University Hurricane Research Team
Geeta Nain Michigan Tech University 3. Environmental and Atmospheric Sciences Hurricanes induced extreme winds for offshore wind farms applications
Jean Claire Pineda Montclair State University 3. Environmental and Atmospheric Sciences  “Assessing Options for Decarbonization and Metal Reduction in Offshore Wind Turbines Using Life Cycle Analysis”
Samuel Davis University of Maine 4. Engineering, Reliability, and Maintenance Calm Water Resistance Test of a Barge-type Floating Offshore Wind Turbine using Model-Scale Tow Testing
Kathryn Jones University of California Irvine 4. Engineering, Reliability, and Maintenance Concrete Additive Manufacturing for Ultra-Tall Wind Turbine Towers and Foundations: A Life Cycle Environmental Assessment
Nebiyu Bogale Mereke Universite Libre de Bruxelles 4. Engineering, Reliability, and Maintenance Numerical Modelling of hydrokinetic Banki Michell turbine
Isaac Sewell University of Maine 4. Engineering, Reliability, and Maintenance Methodology for Correcting Wave Elevation Data for Radiated and Diffracted Effects Near Floating Offshore Structures
Ai Zhang Northern Arizona University 4. Engineering, Reliability, and Maintenance ModulatedModulated Predictive Virtual Flux Direct Power Control for Three-Level Boost and NPC Converters in PMSG Wind Energy Systems
Melanie Kwestel Rutgers University 5. Social Science and Policy What We Have Here is a Failure to Collaborate: Misinformation, Collective Action, and Collaboration in the Anti-Offshore Wind Community