Papers
1
Total Citations
3
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About
Jun Ma is a researcher whose work bridges the fields of electrochemical energy storage and mechanical engineering, with a particular focus on the innovative intersection of lithium-ion battery technology and structural actuation systems. His most notable contribution, the 2018 paper "Analytical Modeling of a Multifunctional Segmented Lithium Ion Battery Unimorph Actuator," demonstrates a pioneering approach to multifunctional materials design, leveraging the high theoretical capacity and significant volumetric expansion characteristics of silicon anodes to engineer self-actuating mechanical systems. This work represents a creative reimagining of a traditionally perceived limitation — the large volume change in silicon-based anodes during cycling — transforming it into a functional mechanical advantage within a segmented unimorph actuator architecture built on copper current collectors. By developing rigorous analytical models for such systems, Ma contributes foundational tools that enable researchers to predict and optimize the electromechanical behavior of battery-actuator hybrid devices. Though his citation record is still developing, with 3 citations on this work, his research opens promising avenues in smart structures, soft robotics, and multifunctional energy storage systems — areas of rapidly growing importance in advanced materials science and engineering.
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