Our research is in the area of molecular engineering of soft matter, in particular the development of process-structure-property relationships, through the use of simulation and experiment, and the development of functional nano-structures, such as: electrospun fibers, thin films, beads etc.
Some of the group’s important contributions are:
Experimental study of the electrospinning process, including cone-like surfaces from which jets emerge, jet profiles, and stability of jet paths.
In-depth understanding of the fundamental physical facets of electrospinning of core-sheath systems and hollow micro-scale fibers.
Understanding the central role of the polymer nanofiber microstructure, i.e., supramolecular structures, which ultimately governs the unique mechanical and thermo-mechanical behavior of the nano-object products.
Helping to establish electrospinning of polymer nanofibers as a broad technology platform for applications in design of composite materials, drug delivery technologies, and in regenerative medicine.
