Sarina Shahhosseini
Papers
1
Total Citations
1
H-Index
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About
Sarina Shahhosseini is a pioneering researcher in bio-inspired geotechnical engineering and robotic soil penetration, whose work addresses fundamental challenges in subsurface exploration. Her most-cited study introduces a novel dual-auger vertical self-burrowing robot, inspired by biological burrowing mechanisms, that overcomes the escalating difficulties and costs of traditional penetration methods under increasing effective stress. Using DEM-MBD (Discrete Element Method-Multi-Body Dynamics) analysis, she demonstrated how this robot achieves downward penetration in granular media, offering a transformative approach for infrastructure development and geotechnical investigation. With her work already gaining recognition, Shahhosseini’s contributions bridge robotics and geomechanics, providing a scalable, efficient solution for deep subsurface access. Her research holds promise for applications in foundation engineering, environmental monitoring, and planetary exploration, where autonomous burrowing is critical. As an emerging leader in this interdisciplinary field, Shahhosseini continues to advance the frontier of bio-inspired design, merging principles from biology and engineering to solve complex geotechnical problems.
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