T. Tanase

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About

T. Tanase is a pioneering researcher in the field of bio-inspired robotics, with a specialized focus on the mechanical simulation of human mastication. Their key research areas include the development of anthropomorphic jaw robots, sensor fusion for adaptive motion control, and the engineering analysis of mandibular biomechanics. Tanase’s major contribution is the creation of the WJ-2, a 3-degree-of-freedom jaw robot designed as a dynamic, quantitative model of human chewing. This work, cited 31 times, laid the foundation for reproducing complex mandible movements from an engineering perspective. Building on this, Tanase advanced the field with a 2002 study (21 citations) that integrated jaw position and biting force feedback—a novel approach to multisensor fusion—enabling adaptive masticatory motion. This research was part of the broader “Project: Humanoid,” showcasing Tanase’s role in bridging robotics and human physiology. By translating the intricate sensorimotor control of the human jaw into a robotic system, Tanase’s work has had lasting impact on rehabilitation engineering, food texture analysis, and humanoid robotics, offering students and researchers a compelling model for studying biological motion through mechanical replication.