High Fidelity CFD Techniques for Wind Turbine Modeling
Date and Time
Join us for a complimentary 1 hour web seminar where our featured speakerswill present advanced, high fidelity CFD modeling techniques to predict andanalyze wind turbine aerodynamics, loads, wake propagation, aeroacoustics,aeroelasticity and fluid/structure interaction (FSI).
Applications of these technologies will be presented on simulations rangingin size from simple wind tunnel tests to modern utility scale rotors. Inaddition to the detailed blade/rotor/tower simulations, state-of-the-arttechniques for analyzing the power output of candidate wind park locationswill be presented.
The benefits of using CFD simulation in the wind energy design process willbe discussed. The wealth of insight provided by the CFD simulations givesdesigners and engineers the opportunity to rapidly investigate advanceddesign concepts and establish the improvements in efficiency, reliability,and cost effectiveness that are required to propel wind power technologyinto the future.
All simulations utilize and showcase ACUSIM Software's premier finiteelement based CFD flow solver, AcuSolve. AcuSolve's robustness, speed, andaccuracy enable the use of advanced CFD simulation capabilities to increasethe reliability and profitability of wind power in the United States.
Dr. Farzin Shakib, CEO and Founder, ACUSIM Software, Inc.
Dr. Farzin Shakib is president, founder and lead technologist of ACUSIMSoftware, the developer of AcuSolve. Under his leadership, ACUSIM Softwarehas become a premier name in CFD solver solutions with customersencompassing the automotive industry, electronics cooling, chemicalprocessing, bio-medical, consumer products, oil and gas, alternative energy,and national labs and universities.
As one of the leading U.S. experts in the field of computational fluiddynamics, Dr. Shakib has spent the past twenty six years developing CFDpackages, eighteen of which has been in commercial software. He hasextensive knowledge and experience in fluid mechanics and finite elementanalysis, including high performance computing and fluid/structureinteraction.
Dr. Shakib received his Ph.D. in Mechanical Engineering from StanfordUniversity, under the advisorship of Professor Thomas J.R. Hughes. Prior toACUSIM, he worked at Centric Engineering Systems and NASA Ames ResearchCenter.
Mr. David Corson, Senior CFD Analyst, ACUSIM Software, Inc.
Mr. Corson is a senior CFD analyst at ACUSIM Software. His responsibilitiesat ACUSIM include high level consulting projects involving computationalfluid dynamics in various engineering disciplines including the wind energyindustry, oil and gas industry, atmospheric sciences, hydrodynamics, andexternal aerodynamics.
Mr. Corson has over 10 years of experience in the development andapplication of advanced CFD methods. Before coming to ACUSIM, Mr. Corsonspent 8 years working at Knolls Atomic Power Laboratory applying CFD to thedesign of naval nuclear propulsion systems.
Mr. Corson has a Master of Science degree in Aeronautical Engineering fromRensselaer Polytechnic Institute where he studied under the advisorship ofProfessor Kenneth Jansen.