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Wednesday, September 10, 2025

NSF Awards Over $300,000 to NDSU for Study on Pulsatile Helical Flow

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Senator Kevin Cramer, US Senator for North Dakota | Senator Kevin Cramer Official website

Senator Kevin Cramer, US Senator for North Dakota | Senator Kevin Cramer Official website

The National Science Foundation (NSF) has recently awarded North Dakota State University (NDSU) a grant of $304,842 to conduct a comprehensive study on pulsatile helical flow. This research project, which will investigate the scaling laws, stability, and helicity control of this type of flow, is expected to significantly contribute to the fields of general fluid dynamics, biological flow, and physiology.

The NSF recognizes the potential impact of this project beyond the realm of scientific research. As part of its objectives, the grant aims to involve undergraduate students through research-based educational programs. At least ten students will be engaged annually through senior design and grant scholars program projects. This initiative will provide students with valuable hands-on experience and expose them to cutting-edge research in the field.

Furthermore, the grant also emphasizes the importance of outreach projects in promoting science, technology, engineering, and mathematics (STEM) education. By developing programs that target the younger generation and students from diverse backgrounds, NDSU aims to foster an interest in STEM subjects and inspire the next generation of scientists and researchers.

The significance of this research project is underscored by Senator Cramer, who applauds the NSF for recognizing NDSU's expertise in this area. He states, "This grant will not only advance our knowledge in fluid dynamics and physiology but also provide valuable educational opportunities for undergraduate students. It is crucial to invest in research and education to ensure that we remain at the forefront of scientific discovery."

With this grant, NDSU is poised to make significant advancements in the understanding of pulsatile helical flow. By establishing an extensive experimental database, the university will contribute to the growing body of knowledge in fluid dynamics and its applications in various fields. The outcomes of this research project have the potential to drive innovation and improve our understanding of biological flow and physiology.

This NSF grant serves as a testament to NDSU's commitment to excellence in research and education. Through its collaborative efforts with undergraduate students and outreach programs, the university is actively shaping the future of STEM education and scientific discovery.

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