A century-old aerodynamics math issue has been made simpler by divya Tyagi, an engineering student of indian descent at pennsylvania State University, creating new opportunities for wind turbine design. Tyagi, an aeronautical engineering master's student, improved on british aerodynamicist Hermann Glauert's work on the highest achievable power coefficient of wind turbines, according to Penn State University's official website.

Despite maximizing efficiency, Glauert's model ignored important details like the forces operating on the turbine rotor and the way the blades bend in response to wind pressure.
 
By taking into account the entire forces operating on a turbine, Tyagi's accomplishment significantly advances Glauert's work and offers a more thorough knowledge of wind turbine dynamics.
 
Her study was published in wind Energy Science as part of her undergraduate thesis for Schreyer Honors College.
 
Tyagi's discovery has the potential to revolutionize wind energy technology by identifying the optimal flow conditions to optimize power output.

Sven Schmitz, Tyagi's advisor, commended her tasteful solution and emphasized how her efforts may influence the world's future generation of wind turbines.
 
 He also emphasized how crucial her study is to increasing wind energy output and cutting expenses.  Tyagi received the Anthony E. Wolk Award for the finest aerospace engineering thesis in honor of her accomplishment.
 
About divya Tyagi
 
A talented aerospace engineer, divya Tyagi earned her bachelor's degree in the field and is now working on innovative computational fluid dynamics (CFD) research. Her work, which is greatly aided by the US Navy, focuses on increasing aircraft safety and helicopter flying simulators.
 
 


 
 
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SIBY JEYYA

20/03/2025 09:38 AM