Kerstin Nordstrom
Papers
1
Total Citations
7
H-Index
1
About
Kerstin Nordstrom is a soft matter physicist whose research bridges granular physics, fluid dynamics, and bioinspired engineering. Her work explores how complex materials—from sand to living tissues—flow, fracture, and respond to stress. Nordstrom is best known for her pioneering studies on the mechanics of burrowing, most notably through the RoboClam project, a bioinspired digging robot modeled after the Atlantic razor clam (*Ensis directus*). Her 2015 paper on this topic (7 citations) reveals how the clam uses localized fluidization to reduce drag, enabling it to burrow far deeper than its muscle strength alone would allow—a principle now guiding designs for efficient, low-energy anchoring and subsurface exploration. Beyond bioinspiration, Nordstrom has made key contributions to understanding jamming, shear thickening, and the microstructural origins of granular behavior. Her work is widely cited in physics, robotics, and geotechnical engineering, and she is recognized for her engaging teaching and public science communication. Nordstrom’s research not only illuminates fundamental physics but also inspires practical technologies for digging, drilling, and navigating granular environments.
Research Focus
Key Achievements
Top Papers
- 1Microstructural view of burrowing with a bioinspired digging robot7 citations · 2015