MTLE-6350

Composite Materials

Introduction to fiber-reinforced composites: atomistic basis for ultimate properties of solids; flaws and flaw distributions; shear-lag model for fiber/matrix stress transfer; predictions of composite strength and toughness as related to real material behavior. Preparation, advantages, and limitations of fiber reinforcements, and of polymer, metal, and ceramic matrix composites are discussed. Anisotropic continuum representations as well as test and characterization methods are introduced. Prerequisites: graduate standing in materials or consent of instructor. Fall term.

3 credit hours