Papers
9
Total Citations
147
H-Index
6
About
Aman Khurana is an emerging researcher at the forefront of soft matter mechanics, smart materials, and bioinspired robotics. His work spans constitutive modeling, nonlinear dynamics, and electromechanical actuation of advanced soft active materials, with particular emphasis on dielectric elastomer minimum energy structures (DEMES) and electromagnetoactive polymers. Khurana has made significant contributions to understanding the programmable shape-morphing behavior of soft transduction systems. His theoretical frameworks for DEMES — incorporating thermo-electro-mechanical and magneto-viscoelastic coupling — have provided essential design tools for next-generation soft robots and actuators, earning citations in the range of 20–29 per study. Notably, his 2022 work on tear fracture modeling for artificial tissues bridges biomechanics and soft robotics, reflecting his interdisciplinary reach. More recently, Khurana has expanded into wrinkling instability of elastomeric membranes, functionally graded dielectrics, and hard-magnetic soft materials under compressive loading — areas critical for reliability in flexible electronics and medical devices. With a growing body of work accumulating over 140 citations in just a few years, his research is rapidly shaping how engineers model, design, and optimize soft intelligent systems for real-world applications.
Research Focus
Key Achievements
Top Papers
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- 8Unequal-biaxial taut states of functionally graded dielectric elastomers3 citations · 2025
- 9Stability of Hard-Magnetic Soft Materials Under Bi-Axial Compression2 citations · 2025