Kenan Song

Manufacture of 3D Printed Composite Structures via Multiphase Direct Ink Writing

Using a multiphase direct ink writing method to 3D-print composite structures applicable in biomedical scaffolds and soft robotics will improve strength and toughness.

Program: MORE

MXene Particle Synthesis and Their Scalability

Developing scalable synthesis of nanoparticles will improve piezoresistive and wearable technology applications.

Program: MORE

Manufacture of 3D Printed Composite Structures via Multiphase Direct Ink Writing

Using a multiphase direct ink writing method to 3D-print composite structures applicable in biomedical scaffolds and soft robotics will improve strength and toughness.

Program: MORE

Improving the Design Freedom and Mechanical Properties of Carbon Fiber

Leveraging short, aligned nano-fibers will reduce carbon fiber's geometric limitations and increase its strength when 3D printed.

Program: FURI

Improvements on the design of spinneret extruder

Program: GCSP

Fabrication of High-performance Carbon Fibers

Developing a template for more consistent graphene distribution will help produce stronger carbon fibers.

Program: MORE

Design, Characterization and Manufacturing of Solid-core/Porous-shell Fiber Structures

Studying the processing-structure-property relationship of porous fibers could improve water treatment efficiency.

Program: MORE

Waste Plastic-based and Biomimetic Multifunctional Coatings

Program: MORE