Course Name: AM5300 : Engg Plasticity

Description: Foundations of Plasticity? history, indicial notations? primary tensor algebra? stress and strain measure? strain energy ? stress & strain spaces, subspaces, etc.? yield and failure criteria of pressure independent and dependent isotropic materials? treatment for anisotropic materials? experimental studies on the plastic deformation measurement. Rheological modelling of behaviour of engineering materials. Fundamentals of Plasticity? Modelling Uniaxial deformations? idealisations? incremental plasticity? stability postulates, uniqueness theorems. Physical mechanisms involved in plastic deformations an overview. Multiaxial plasticity? Perfectly plastic deformations? simple hardening laws? internal state variables? Current status of research. Time - dependant plastic deformations - Viscoplasticity - thermoplasticity - modelling. Computational plasticity? rate based and deformation based formulations? various methods of integration of rate equations? implementation into finite element codes. Applications: Modell

Slot: F

RoomNo: CRC207

Instructor: Sivakumar M S

Period: JAN-MAY 2013

This page was created on: Thursday 19th of September 2013 08:14:04 PM