Kaiming Zhang
Papers
8
Total Citations
453
H-Index
8
About
Kaiming Zhang is a materials scientist whose research sits at the intersection of smart polymers, functional composites, and wearable electronics. His work focuses primarily on designing self-healing elastomers and conductive nanocomposites, with particular expertise in silicone-based and MXene-incorporated systems for next-generation flexible strain sensors. Zhang's most celebrated contribution is his development of Ti₃C₂ MXene/PDMS supramolecular elastomers enhanced through small biomolecule modification, a 2020 study that has garnered over 163 citations and demonstrated how flexibility, stretchability, and self-healing capability can be simultaneously achieved in wearable sensing materials. This work opened new avenues for applications in electronic skin, soft robotics, and human motion detection. Complementing this, his investigations into hydrogen bond cross-linked silicone rubbers and disulfide/metal-ligand reversible networks have significantly advanced the understanding of autonomous repair mechanisms in organosilicon materials. Across his portfolio of eight highly cited publications, Zhang has consistently pushed the boundaries of multifunctional material design, accumulating over 450 citations. His cephalopod-inspired conductive elastomers and hyperbranched supramolecular systems further illustrate his creativity in drawing from nature to solve engineering challenges. His body of work represents an essential reference for researchers developing resilient, skin-compatible sensing platforms.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4
- 5
- 6
- 7
- 8