Arthur v. Cresce
Papers
1
Total Citations
13
H-Index
1
About
Arthur V. Cresce is a materials scientist whose research bridges the frontiers of energy storage and advanced composite materials. His work focuses on developing novel fabrication strategies for high-performance electrochemical systems and multifunctional composites. Cresce is best known for pioneering spray-processing techniques that yield composites with exceptional electrical conductivity and mechanical elasticity—a breakthrough that enables flexible, wearable electronics and stretchable energy devices. His most cited study (2018, 13 citations) demonstrates a multistep solution-based method combining solution blow spinning of nonwoven polymer fiber mats with silver nanoparticle nucleation, achieving high nanoparticle loading for superior conductivity. Beyond composites, Cresce has made significant contributions to understanding lithium-ion battery electrolytes, particularly the role of electrolyte additives in stabilizing electrode interfaces and enabling high-voltage operation. His research has been recognized for advancing scalable manufacturing approaches that integrate nanomaterials into practical architectures. With a citation impact spanning energy materials and flexible electronics, Cresce continues to push the boundaries of how we design and fabricate next-generation materials for sustainable technologies.
Research Focus
Key Achievements
Top Papers
- 1Spray-Processed Composites with High Conductivity and Elasticity13 citations · 2018