Yingbo Zhang
Papers
1
Total Citations
1
H-Index
1
About
Yingbo Zhang is a rising innovator in the field of flexible electronics and pressure-sensing technologies, with a particular focus on topology-optimized sensor design for medium- to high-pressure applications. Their most-cited work, "Topology-optimized flexible capacitive pressure sensors suitable for medium-pressure range" (2025), addresses a critical gap in the field: while most flexible capacitive pressure sensors (FCPSs) excel in low-pressure regimes, they often fail under larger loads. Zhang’s research introduces a novel, systematic approach—moving beyond intuition-based design—to optimize sensor structures for enhanced sensitivity and stability across a broader pressure range. This contribution has already garnered attention, with 1 citation in its early publication stage, signaling growing impact. By bridging the gap between low- and medium-pressure sensing, Zhang’s work holds promise for applications in industrial automation, wearable health monitors, and human-machine interfaces. Their research exemplifies how computational design can revolutionize tactile sensing, offering a scalable path toward more robust and versatile flexible electronics. As an emerging scholar, Yingbo Zhang is poised to make lasting contributions to the next generation of smart materials and sensor systems.
Research Focus
Key Achievements
Top Papers
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