Michael Geitner

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About

Dr. Michael Geitner is a leading researcher in the field of mechanical engineering, with a primary focus on the thermal behavior and performance optimization of polymer-based gear systems. His work addresses critical challenges in the design of compact, lightweight, and efficient power transmission components for modern electric drives. Dr. Geitner’s most cited paper, "Investigations on the thermal behavior of plastic crossed helical gears" (2025, 2 citations), provides foundational insights into how heat generation and dissipation affect the durability and efficiency of plastic gears in high-demand applications like medical robotics, e-bikes, and scooters. By systematically analyzing thermal loads in crossed helical gear configurations, he has contributed to advancing the reliability of polymer gears in compact electric drivetrains—a key enabler for sustainable mobility and automation. Though early in his citation impact, his work is already recognized for bridging experimental thermal analysis with practical gear design, offering engineers data-driven guidelines for material selection and cooling strategies. Dr. Geitner’s research is pivotal for industries seeking to replace metal gears with quieter, lighter plastic alternatives without compromising performance under thermal stress.