Shuting Liang

Chongqing University of Arts and Sciences

Papers

Total Citations

H-Index

About

Shuting Liang is a rising figure in advanced manufacturing and materials science, whose work centers on the transformative potential of liquid metal printing. Her research bridges fundamental chemistry and applied engineering, focusing on the catalytic properties of liquid metals to enable novel fabrication techniques. Liang’s major contributions include pioneering the use of liquid metals as dynamic catalysts for the growth of two-dimensional lamellar structures, free radical polymerization, and hydrogen absorption/dehydrogenation processes. She has also advanced the field by engineering liquid metal composites with enhanced magnetic, thermal, electrical, and tensile properties, opening new pathways for flexible electronics and responsive materials. Her most cited paper, “Recent progress in liquid metal printing and its applications” (2023), has already garnered 14 citations, reflecting the timely impact of her work on the scientific community. Liang’s innovative approach to integrating catalysis with additive manufacturing positions her as a key contributor to next-generation material design, with applications spanning photo/electrocatalysis and beyond. Her research is a compelling read for students interested in the intersection of soft matter, catalysis, and sustainable fabrication.