Meet Divya Tyagi: Indian Origin Student Who Solved Century Old Maths Problem

Divya Tyagi, an Indian-origin engineering student at Pennsylvania State University, has solved a century-old math problem in aerodynamics, opening up new options for wind turbine construction.

According to Penn State University's official website, Tyagi, a master's student in aeronautical engineering, improved on the work of British aerodynamicist Hermann Glauert, whose study focused on wind turbines' highest possible power coefficients.

Indian Origin Students Solve 100 yr Old Math Problem

Tyagi's breakthrough significantly advances Glauert's work by taking into account the entire forces operating on a turbine, resulting in a more thorough knowledge of wind turbine dynamics.

Wind Energy Science published her undergraduate research, which she did as part of her Schreyer Honors College thesis.

Significance of Tyagi’s Research

Tyagi's research has the potential to improve wind energy technology by establishing the optimal flow conditions for maximum power generation.

Sven Schmitz, Tyagi's consultant, lauded her creative approach and emphasized how her work could influence the future generation of wind turbines worldwide. 

He also emphasized the significance of her findings for increasing wind energy production and lowering prices. Tyagi was honored with the Anthony E. Wolk Award for the finest aerospace engineering thesis.

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Who is Divya Tyagi?

Divya Tyagi, a talented aerospace engineer, has finished her bachelor's degree in aeronautical engineering and is currently undertaking cutting-edge research in computational fluid dynamics (CFD).

Her primary focus is on improving helicopter flight simulations and aviation safety, a project that receives critical funding from the US Navy.