Yoichi Asano

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About

Yoichi Asano is a leading researcher in the emerging field of human-robot safety biomechanics, focusing on the critical intersection of robotics and injury prevention. His work systematically quantifies the physical risks posed by autonomous systems, establishing data-driven safety standards for robot design and operation. Asano’s major contributions include pioneering experimental and computational models to determine human tolerance to robot-inflicted injuries. His most cited study, "Static fracture tolerance of human metatarsal in being run over by robot" (2017, 9 citations), provides foundational data on foot fracture risks, using bear metatarsal scaling to inform robot safety design. More recently, his 2025 paper on "Finite element method-based analysis of human arm bruise tolerance" (3 citations) advances the field by deriving strain thresholds from porcine experiments and applying them to human arm models, identifying specific loading conditions that cause bruising. This work is instrumental in developing safer collaborative robots, ensuring that human-robot interaction does not come at the cost of physical harm. Asano’s research is vital for engineers and policymakers aiming to integrate robots into daily life without compromising human well-being.