Papers
3
Total Citations
17
H-Index
3
About
Fehmi Cirak is a computational engineer and applied mathematician whose research spans fluid-structure interaction, biomimetic aerial systems, and advanced numerical methods for complex physical simulations. His work has made meaningful contributions to the modeling of inflatable aerodynamic decelerators — deployable structures critical to planetary re-entry missions in robotic and human space exploration. His 2009 investigation into computational fluid-structure interaction methods for these systems, and the subsequent 2010 study focusing on the tension-cone decelerator design, demonstrated the viability of high-fidelity simulation frameworks for evaluating next-generation spacecraft deceleration technologies. More recently, Cirak has extended his computational expertise into the realm of biomimetic unmanned aerial vehicles, exploring quaternion variational integration techniques to enable inertial maneuvering inspired by the remarkable mid-air self-righting reflexes observed in biological creatures such as cats. This 2023 work, garnering 6 citations, reflects a creative synthesis of geometric mechanics and robotics. Collectively, Cirak's research — cited across aerospace engineering and robotics communities — illustrates a researcher committed to bridging rigorous mathematical foundations with real-world engineering challenges in both space exploration and autonomous aerial systems.
Research Focus
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Top Papers
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