Carlos Mora‐Corral

Papers

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About

Carlos Mora‑Corral is a leading figure in the mathematical foundations of soft robotics, with a focus on nonlinear elasticity, continuum mechanics, and control theory. His most-cited work, the 2023 survey “Mathematical modeling, analysis and control in soft robotics: a survey” (5 citations), provides a comprehensive, theory‑driven framework that bridges rigorous mathematical analysis with the design and control of soft robotic systems. Rather than detailing specific prototypes, Mora‑Corral’s contribution lies in unifying the variational principles, stability criteria, and control strategies that underpin the field—offering a roadmap for researchers seeking to model the complex, large‑deformation behavior of soft materials. His broader research spans the calculus of variations, hyperelasticity, and the mathematics of growing or active materials, often integrating numerical simulation with analytical results. While his citation count is still growing, his work is already shaping how engineers and mathematicians think about soft robot locomotion, grasping, and actuation. Mora‑Corral’s ability to distill intricate mechanical phenomena into tractable mathematical models makes him a key voice at the intersection of applied analysis and modern robotics.