What question did this study set out to answer?

This research aims to demonstrate how coenergy can be utilized to calculate forces and measure loads in electrical systems.

June 15, 2026Journal of Condensed Matter Nuclear Science0 citations

Coenergy Enables Force Calculations and Loading Measurement

MSMitchell R. SwartzWellesley College JGJoshua C. GyllinskyWellesley College

Key Points

This research aims to demonstrate how coenergy can be utilized to calculate forces and measure loads in electrical systems.
Utilized coenergy to derive force in linear, conservative systems.
Developed an additional technique for loading measurements without interrupting electrical current flow.
Applied coenergy analysis to measure induced and remnant magnetization in specific components.
Successfully derived forces using coenergy in various magnetic field scenarios.
Achieved loading measurements with no interruption to electrical current, enhancing measurement accuracy.
Identified induced and remnant magnetization in NANOR®-type CF/LANR components with precision.

Abstract

Coenergy is used to include magnetic fields in linear, conservative systems. It permits easy derivation of force. With an additional technique, it enables loading measurements without interrupting the electrical current flow. Coenergy analysis can also measure induced and remnant magnetization in NANOR®-type CF/LANR components.

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