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Can robots operate effectively underwater? Sea stars may hold the answer March 17, 2021USC If you’ve ever watched  Planet Earth, you know the ocean is a wild place to live. The water is teeming with different ecosystems and organisms varying in complexity from an erudite octopus to a sea star. Unexpectedly, it is the sea star, a simple organism characterized by a decentralized nervous system, that offers insights into advanced adaptation to hydrodynamic forces the forces created by water flow. Researchers from the USC Viterbi School of Engineering found that sea star body shapes enable them to effectively stay attached to surfaces under extreme hydrodynamic loads. The researchers, including the Henry Salvatori Early Career Chair in Aerospace and Mechanical Engineering Mitul Luhar and doctoral student Mark Hermes, found sea stars create a “downforce” due to their shape. This means that instead of being lifted by the flow forces, the sea stars are pushed downward toward the

Mark hermesMitul luharViterbi school of engineeringDepartment of aerospaceUs office of naval researchPlanet earthHenry salvatori early career chairMechanical engineering mitul luharகுறி ஹெர்ம்ஸ்மீதுள் லுஹார்விட்டர்பி பள்ளி ஆஃப் பொறியியல்துறை ஆஃப் விண்வெளிஎங்களுக்கு அலுவலகம் ஆஃப் கடற்படை ஆராய்ச்சிகிரகம் பூமிஹென்றி சால்வடோரி ஆரம்ப தொழில் நாற்காலிஇயந்திர பொறியியல் மீதுள் லுஹார்