Poster Presentations

The following is a list of the presenters who will have a poster at the NAWEA/WindTech 2023 Conference on the evening of Monday, Oct. 30, 2023.

See the program schedule and speaker schedules. Subscribe to the NAWEA email list to get notifications about this conference, including deadline reminders, agenda updates, and more. 

Poster Presentations
Full NameInstitutionTitle
Oyewole AbeUmass AmherstParameter study: Load decomposition and variation anaysis for wind, wave, and current load demands on monopile structures.
Armando Emanuel Mocho Fernandes AlexandreDNVImplementation of 2nd order hydrodynamic load calculation in aeroelastic simulation tool and evaluation of load analysis impact using IEA 15MW floating wind turbine model
Rita AppiahPurdue UniversityWake Dynamics Simulation of Optimized Wind Turbines
Ali Khanjari and Asim FerozUniversity of DelawareAn analytical model of turbulent kinetic energy added by wind turbines: Validation
Panagiota AtzampouDelft University of TechnologyMagnetic Control of a Suspended Payload
Claire BurchUniversity of OklahomaEnvironmental regulation and permitting of utility-scale renewable energy projects: challenges and opportunities in the Wind Belt of the U.S.  
Oriol CayonTU DelftKite as a Sensor: Estimating Wind Speed and Direction
Hannah DarlingUniversity of Massachusetts AmherstCFD Simulation of the OC6 Floating Offshore Wind Platform Under Various Wave Conditions
Luc RochetteLR TechAssessing the accuracy of infrared spectrometer-based thermodynamic profiling
Olga DoroninaNational Renewable Energy LaboratoryAerodynamic sensitivity of a novel data-driven airfoil shape representation framework
Hayley FarrPacific Northwest National LaboratoryKnowledge Hub Supporting Wind and Wildlife Impacts
Sha FengPacific Northwest National LaboratoryWeather Regime Dependent Modeled Wind Uncertainty in the Northeast Coastal Region
Becca FuchsNRELNational Level Techno-Economic Modelling of Offshore Wind Energy
Ashraful IslamDassault Systemes SimuliaUnified Modeling and Simulation to Optimize Wind Turbine Rotor Blade
Hristo IvanovNRELChallenges in the Expermental Modal Analysis of a GE-2.8MW Wind Turbine
Oluwatuyi Nelson JohnsonPurdue UniversityEvaluating the dynamics loads of 2 blades and 3 blades wind turbines on different hurricanes category and power generation.
Chunyong JungArgonne National LaboratoryValidation of Wind Integration National Dataset Toolkit Long-Term Ensemble Dataset (WTK-LED)
Veronica Liverud KratheNorwegian University of Science and TechnologyInvestigating sensitivity of drivetrain fatigue damage estimates to synthetic wind field models using a novel mid-fidelity drivetrain model in OpenFAST
Raghu KrishnamurthyPacific Northwest National LaboratoryPrecipitation comparisons between onshore and offshore sites and implications for wind turbine blade erosion
Ye LiuPacific Northwest National LaboratoryIdentifying meteorological drivers for errors in modeled winds along the Northern California Coast
Jaylon McGheeUniversity of Colorado, BoulderExperimental Investigation of the Coupling between an Unsteady Periodic Freestream and Blade Pitching
Mostafa OjaghlooUniversity of WyomingModal Characterization of Axisymmetric Shear Flows
Anand ParinamTU DelftComparison of LES for the AWAKEN field campaign in neutral atmospheric conditions
Ram PoudelAppalachian State UniversityExperiential Learning of Met Tower Instrumentation for Wind Energy Assessment
Daphne QuintUniversity of Colorado BoulderOffshore Wind Farms Modify Low-Level Jets
Rachel RobeyUniversity of Colorado BoulderAssessment of scanning lidar techniques for measuring wakes in complex terrain
Cesar SauvageWoods Hole Oceanographic InstitutionImpacts of surface waves on air-sea flux and marine boundary layer processes
Lorenzo SchenaVrije Universiteit Brussel (VUB); the von Karman Institute for Fluid Mechanics (VKI)Reinforcement Learning-Based Individual Pitch Control (IPC) for Mitigating Main Bearing Loads in Wind Turbines
Lindsay SheridanPacific Northwest National LaboratoryDistributed Wind Market Report: 2023 Edition
Hrishikesh SivanandanDepartment of Earth and Atmospheric Sciences, Indiana University, Bloomington, IN, USAUsing WRF-LES to Quantify Impact of Coastal-Transition-Induced Atmospheric Gravity Waves on Offshore Wind Energy 
Sheng-Lun TaiPacific Northwest National LaboratoryEvaluation of year-long coupled wind-wave model simulations of offshore winds in the Mid-Atlantic Bight
Danian ZhengWindESCo, IncBuilding a IoT farm control system for wake steering and predictive control