Introduction to Computational Mechanics of Materials

Göktepe S.

• Dersin Düzeyi: Lisans
• Tasarlanan Ders Kodu: 5624006
• Öğretim Türü: Örgün Öğretim (Normal Öğretim)
• Dersin Kapsamı: Teorik
• Akademik Yıl: 2010 - 2011
• Ders İçeriği:

  
  

  Course Objectives

  This course aims to

  • equip students with fundamental knowledge about theoretical and computational mechanics of materials and constitutive theory,

  • make students assimilate the role of an material routine within the canonical structure of an implicit non-linear finite element code in the one-dimensional setting,

  • teach students how to employ the essential numerical and programming techniques to implement complex inelastic material models with history variables. 

  Course Learning Outcomes

  • • Apply basic discretization techniques to recast a continuous differential equation into a system of algebraic equations.
    • Use basic iterative methods to solve nonlinear equations.
    • Derive and employ the fundamental balance laws of thermomechanics.
    • Construct algorithms to update the internal variables of an inelastic material model.
    • Derive stress and consistent tangent expressions of (in)elastic material models.
    • Implement thermal, elastic and inelastic material models into a 1-D non-linear FE code and solve (initial) boundary-value problems.