May 2, 2024
Seyed Ehsan Habibi

Seyed Ehsan Habibi

Academic Rank: Assistant professor
Address: -
Degree: Ph.D in -
Phone: -
Faculty: Faculty of Engineering

Research

Title AN EXTENDED CONTINUUM MECHANICS FORMULATION ENHANCED BY DIRECT COUPLING WITH MOLECULAR DYNAMICS
Type Article
Keywords
Journal Iranian Journal of Science and Technology-Transactions of Mechanical Engineering
DOI
Researchers Seyed Ehsan Habibi (First researcher) ,

Abstract

Based on the notion of micro-structure in linear elasticity presented by Mindlin, a new extended continuum mechanics (ECM) formulation is derived which can be utilized to model the material behavior at atomic scale. An attempt has been made to present a formulation capable of producing the molecular dynamics (MD) simulation results with less computational effort. To this end, some new kinematical variables are defined and some constitutive relations are obtained from MD. To validate the proposed ECM formulation, it is applied to a properly defined sample problem and the response is compared with the MD simulation result and the classical continuum mechanics (CCM) solution.