A. Hanifi

Papers

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About

A. Hanifi is a researcher whose work centers on the design and modeling of specialized electrical machines, particularly for robotic and direct-drive applications. Their most significant contribution lies in advancing the analytical modeling of transverse flux machines (TFMs), a class of motors known for delivering high torque at low speeds—a critical requirement for direct-drive robots. In their highly cited 2005 paper, Hanifi introduced a novel analytical model for TFMs that employ flux-collecting permanent magnets. By approximating air-gap permeance using quasi-flux tubes with straight-line boundaries, this work provided a more accessible and computationally efficient method for predicting machine performance, moving beyond purely numerical approaches. This foundational study, with 25 citations, has informed subsequent research into compact, high-torque actuators. Hanifi’s work is particularly valuable for engineers and students seeking to understand the practical design trade-offs in direct-drive systems, bridging the gap between theoretical electromagnetics and real-world robotic actuation. Their contributions underscore the importance of analytical rigor in developing next-generation motion control technologies.