Prashant Saxena

Papers

Total Citations

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About

Prashant Saxena is a leading researcher in the mechanics of soft active materials, with a particular focus on the nonlinear dynamics and instabilities of electromagnetoactive polymers (EMAPs) and hyperelastic structures. His work bridges theoretical mechanics and practical applications in soft robotics, bio-inspired systems, and metamaterial design. Saxena’s most cited paper (2024, 16 citations) investigates how compliant electrodes influence the dynamics of EMAP membranes—a critical factor for developing next-generation robotic actuators that rely on large, controllable deformations. His earlier foundational work (2022, 9 citations) explores instabilities in compressible hyperelastic cylindrical channels under internal pressure and external constraints, providing essential insights into the failure and design of pressurized soft tubes found in biological vessels and soft robotic components. By systematically analyzing large deformations and bifurcation phenomena, Saxena has advanced the understanding of how soft materials can be harnessed for reliable, high-performance applications. His contributions are particularly notable for integrating complex electromechanical coupling with nonlinear elasticity, offering both theoretical depth and practical guidance for engineers designing adaptive, resilient soft systems.