Home Search Index A-Z Contact Us Portal
News About Us Academics Student Life Library Research Athletics
University of Louisiana at Lafayette Center for Structural & Functional Materials
Prospective Students
Current Students
Alumni, Donors & Friends
Faculty & Staff
Go to our new site at louisiana.edu
home | education | equipment | personnel | research | publications
Intrinsic and Extrinsic Deformation of
Micro- and Nano- Polymer Composites
This research program is aimed to link macroscopic and microscopic deformation with structural changes induced in the polymer matrix on reinforcement with micro- and nanoparticles during tensile, compressive, and scratch deformation. Primary issues concerning deformation and fracture are being addressed.
  • How nanoparticles interface with the polymer matrix and if there are molecular structural changes because of the adoption of nanoparticles?
  • What is the nature and contribution of the interface (interface strength) and length scale effects?
  • Is delocalization of yielding a controlling factor in understanding the toughness of nanoparticle-reinforced polymer composites?
  • How are the micro- and nanoscale deformation mechanisms influenced by reinforcement with nanoparticles in relation to neat polymers?
Simultaneously, computational modeling methods are being applied to simulate structure and properties and their response to applied stress.

Document last revised Wednesday, February 16, 2005 6:24 PM

Copyright 2003 by the University of Louisiana at Lafayette
Structural & Functional Materials · Madison Hall, Room 217-F
Post Office Box 44130 · Lafayette LA 70504-4130 · USA
337/482-6430 · 337/482-1220 (fax) · dmisra@louisiana.edu