Adrian Pascu

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About

Adrian Pascu is a researcher at the forefront of soft robotics and advanced manufacturing, specializing in the durability and performance of smart materials under harsh industrial conditions. His work bridges materials science and robotic engineering, with a particular focus on how environmental stressors—such as chemical exposure and mechanical deformation—affect elastomers and 3D-printed polymers used in soft robotic systems. In his highly cited 2023 study, “The Influence of Industrial Environmental Factors on Soft Robot Materials” (6 citations), Pascu systematically analyzed how industrial agents degrade silicone-based soft robots, providing critical insights for designing more resilient systems. His 2025 follow-up on TPU 95 A (2 citations) further explores the impact of aggressive liquid media like cooling oils, a vital contribution for real-world factory deployment. Beyond soft robotics, Pascu’s 2019 work on single point incremental forming (4 citations) demonstrates his versatility, using optical methods to predict springback and thickness reduction in metal forming. By quantifying material failure modes and mechanical property shifts, Pascu’s research directly informs the next generation of durable, industrial-grade soft robots, making him a key voice in the transition from lab prototypes to robust manufacturing tools.