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Predictive Modeling of Oscillating Foil Wake Dynamics

Offered By: MICDE University of Michigan via YouTube

Tags

Computational Fluid Dynamics Courses Renewable Energy Courses Fluid Dynamics Courses Predictive Modeling Courses Hydrodynamics Courses

Course Description

Overview

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Explore a seminar on bio-inspired oscillating turbines for energy generation from moving water. Delve into the unique benefits of these turbines compared to traditional rotational designs, including their ability to adapt to changing flow conditions by altering wake patterns. Learn about the principles of lift generation in flapping birds and bats, and how these concepts are applied to oscillating foil technology. Gain insights from Jennifer Franck, Assistant Professor of Engineering Physics at the University of Wisconsin-Madison, as she presents her research on predictive modeling of oscillating foil wake dynamics. Discover the potential applications and advancements in renewable energy technology through this innovative approach to water-based power generation.

Syllabus

Jennifer Franck: Predictive modeling of oscillating foil wake dynamics


Taught by

MICDE University of Michigan

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