Park aims to understand mysteries of turbulence to save lives, resources

February 3, 2022

Jae Sung Park, assistant professor of mechanical and materials engineering, aims to solve one of the great problems in science — discovering patterns or orders in turbulent flows and then developing methods of exploiting those orders to mitigate their impact on the world.
Jae Sung Park, assistant professor of mechanical and materials engineering, aims to solve one of the great problems in science — discovering patterns or orders in turbulent flows and then developing methods of exploiting those orders to mitigate their impact on the world.
Craig Chandler / University Communication and Marketing

In trying to solve a mysterious problem of physics, University of Nebraska–Lincoln engineer Jae Sung Park expects to encounter more than a fair share of turbulence along the way.

Having earned a five-year, $508,780 Faculty Early Career Development Program award from the National Science Foundation, Park is aiming to solve one of the great problems in science — discovering patterns or orders in turbulent flows of gases and liquids, and then developing methods of exploiting those orders to mitigate their impact on the world.

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