Meet the Indian genius, a student of aerospace, who solved hundreds of years of mathematical problems, and the U.S. Navy funded her research, which is possible…
Divya Tyagi, an engineering student at Penn State, has calculated the old mathematical problem to show new possibilities for wind turbine design. Her research is based on Glauert’s efficiency maximization model. She won Anthony E. Wolk’s Best Aeronautical Engineering Paper Award.
Meet the Indian genius, a student of aerospace, who solved hundreds of years of mathematical problems, and the U.S. Navy funded her research, which is possible…
Indians have been working hard around the world, especially in the United States, where Indians have shown success in technology and other major industries. A wonderful example has recently been revealed that a female student from India has solved a century-old mathematical problem in aerodynamics to show that Glory has no age. Her extraordinary feat also shows that the Indians are exploring the possibilities of all fields.
Who is Divya Tyagi and what did she do?
Divya Tyagi is an engineering student at Penn State, and his perfect calculations of old mathematical problems show new possibilities for wind turbine design. Tyagi is pursuing a master’s degree in aerospace engineering. She has completed her undergraduate degree in aeronautical engineering and is now conducting groundbreaking research in computational fluid dynamics (CFD). Her main goal is to enhance helicopter flight simulation and aviation safety, and her project has received important funding from the U.S. Navy.
According to the university’s website, the Indian student simplified the work of British aerodynamicist Hermann Glauert, who took the largest achievable wind turbines as the central theme of research.
Tyagi’s research builds Glauert’s efficiency maximization model by solving its limitations. Although Glauert’s model does not take into account key factors such as circular force and blade bending, Tyagi’s work gains a more comprehensive understanding of wind turbine dynamics by considering the total force acting on the turbine. This is part of Divya Tyagi’s undergraduate research paper at Schreyer Honors College, published by Wind Energy Science.
How Divya Tyagi’s work helps the future of wind energy
According to Tyagi’s consultant Sven Schmitz, her work could impact the future of wind energy technology through various innovations. She was able to determine the appropriate flow conditions to improve the power output to the optimal level. Schmitz also praised Divya’s innovative solutions and emphasized that her work could also transform the next wind turbines around the world.
Schmitz also said Divya Tyagi’s research efforts could boost wind energy production while reducing costs. Her research work was recognized for winning the Anthony E. Wolk Award for Best Aeronautical Engineering Paper.
