The research group is at the forefront of advancing sustainable materials science, focusing on innovative approaches to upcycling and recycling post-consumer plastics through cutting-edge strategies. A key area of interest is the design and development of "thermoplastic epoxies," which offer versatile solutions for a broad spectrum of applications. Additionally, the group explores the development of complex multiphase polymer microstructures using advanced melt flow processes, delving into the intricate structure-property relationships in these systems to unlock new possibilities in material performance.
The research group is at the forefront of advancing sustainable materials science, focusing on innovative approaches to upcycling and recycling post-consumer plastics through cutting-edge strategies. A key area of interest is the design and development of "thermoplastic epoxies," which offer versatile solutions for a broad spectrum of applications. Additionally, the group explores the development of complex multiphase polymer microstructures using advanced melt flow processes, delving into the intricate structure-property relationships in these systems to unlock new possibilities in material performance.
Another exciting domain of the group's work is the directed self-assembly of nanoparticles, leveraging phase separation in polymer blends as a natural template. This research not only advances fundamental understanding but also drives innovation in product design, making it a compelling blend of theoretical and practical exploration. Together, these initiatives reflect the group’s commitment to addressing global challenges in sustainability and material innovation.
Another exciting domain of the group's work is the directed self-assembly of nanoparticles, leveraging phase separation in polymer blends as a natural template. This research not only advances fundamental understanding but also drives innovation in product design, making it a compelling blend of theoretical and practical exploration. Together, these initiatives reflect the group’s commitment to addressing global challenges in sustainability and material innovation.
Our Interests
Plastic Upcycling and Recycling
Radiation Resistant Smart Materials
Water Purification and Remediation
Layered Structural Materials
Technology Transferred
Nano-V-Shield Antiviral Face Mask
Nano-V-Shield Antiviral Face Mask
Antimicrobial AC Filters
Research Highlights
Plastics Upcycling and Recycling Using Vitrimers
Sustainable Water Remediation
Sustainable Water Remediation
Interpenetrated Polymeric Network and 2D Nanostructured Based Membranes For Water Remediation
Unique Structures for EMI Shielding Applications
Unique Structures for EMI Shielding Applications
Multilayered Structures and Unique Morphology Resulting in Multiple Scattering
From Fundamental Perspective
From Fundamental Perspective
Mechanical interlocking of epoxy through ZnO grown on carbon fiber
Design and Development of Carbon Fiber/Epoxy Laminates with Engineered Interface
High Performance Thermoplastic Laminates