In early 2025, Divya Tyagi, a graduate student in aerospace engineering at Penn State University, achieved a significant breakthrough by refining a century-old aerodynamic equation originally developed by British aerodynamicist Hermann Glauert.

Glauert’s model aimed to determine the optimal aerodynamic performance of wind turbines but did not account for certain physical forces crucial to modern turbine design, such as downwind thrust and root bending moments.

Divya Tyagi, a talented student at Penn State, has cracked a math problem that puzzled experts for 100 years. Her solution is now making wind turbines work more efficiently — a huge step forward in clean energy.

When young people with bold ideas challenge the status quo, they… pic.twitter.com/yad5kiLl4W

— Brume Mofe-Damijo (@BrumeMofeDamijo) May 3, 2025

Tyagi’s work involved creating an addendum to Glauert’s problem, simplifying the complex mathematics and incorporating these previously overlooked factors.

Her refined model provides a more accurate and applicable framework for modern wind turbines, potentially leading to improved efficiency in converting wind into electricity.

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