Computational Inelasticity

Göktepe S.

  • Dersin Düzeyi: Yüksek Lisans
  • Tasarlanan Ders Kodu: 5627018
  • Öğretim Türü: Örgün Öğretim (Normal Öğretim)
  • Dersin Kapsamı: Teorik
  • Akademik Yıl: 2013 - 2014
  • Ders İçeriği:


    Course Objectives

    This course aims to

    • equip students with essential knowledge about theoretical and computational mechanics of elastic and inelastic solids that exhibit non-linear behavior,

    • make students assimilate the key role of elastic and inelastic material routines within the modular structure of an implicit non-linear finite element code in the three-dimensional setting,

    • teach students how to employ the essential numerical and programming techniques to

      computationally implement complex inelastic material models with internal variables. 

    Course Learning Outcomes

    •  

      Taking this course, the students will

      • have an essential background on the theoretical and computational mechanics of non-linear elastic and inelastic materials,

      • be able to critically assess the thermodynamic consistency of an inelastic material model within the three-dimensional framework of thermodynamics with internal variables,

      • be qualified to construct algorithmic update equations for the internal variables of an inelastic model and to derive the three-dimensional tensorial stress and consistent tangent expressions,

      • be in a position to implement an inelastic material model into a three-dimensional finite element

        code and solve (initial) boundary-value problems of continuum mechanics.