Credits: 3 (3-0-0)
Prerequisites: APL104 or equivalent course in Basic Solid Mechanics
Description
Introduction to multiscale modeling; Bridging nano, micro and macro scale in materials; Basic equations of continuum mechanics; Micromechanical homogenization theory: Ergodicity principle, representative volume element, periodic boundary conditions, eigenstrain, eigenstress, inclusions; Effective elastic modulus: self-consistent method, Mori-Tanaka method, Eshelby method, Multi-inclusions problems; Voigt and Reuss bound; Hashin- shtrikmanvariational principles; Micromechanical damage theory; Micromechanics of phase transformation in solids; Nanomechanics: Linear atomic chains, two and three dimensional lattices, Molecular mechanics, Cauchy-Born rule.
Prerequisite Tree
flowchart TD
APL410-1278[APL410]
APL104-1278 --> APL100-1278[APL100]
APL410-1278 --> APL104-1278[APL104]
classDef empty height:17px, fill:transparent, stroke:transparent;
classDef trueEmpty height:0px, width:0px;