Peter Zieve

Papers

Total Citations

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About

Peter Zieve is a pioneering engineer and inventor whose work has fundamentally shaped modern aerospace manufacturing, particularly in automated riveting and electromagnetic actuation. His research centers on high-force-density electromagnetic actuators and the integration of robotic systems with computer numerical control (CNC) for precision assembly. Zieve’s most cited paper, "High force density eddy current driven actuator" (1988), introduced a groundbreaking method for generating intense pulsed magnetic fields by discharging capacitors through pancake coils, producing magnetic pressure in a thin gap. This innovation enabled the development of a recoilless 7-kg robotic actuator, a key contribution to lightweight, high-force automation. His later work, "Central Control of an Automated Riveting Machine and Robot Part Position with a Single CNC" (2022), addresses the aerospace industry’s demand for flexible, configurable cells to manufacture complex panels. With over 7 citations on his seminal actuator paper, Zieve’s impact is evident in the widespread adoption of his technologies for riveting and assembly. As a leader at Electroimpact, he has driven advances that enhance efficiency and precision in aircraft production, making him a notable figure in manufacturing engineering.