Leon Mishnaevsky Jr: Current results - Course "Micromechanics of Composites"

Leon Mishnaevsky Jr: Current results

Course "Micromechanics of composite materials: From computational modelling to new materials and technologies”

by Professor Leon Mishnaevsky Jr.

Lecture 1: Micromechanics of Composite Materials: Introduction

Lecture 2: Microstructural Mechanics of Composites

Lecture 3: Computational Micromechanics Unit Cells and Finite Element Implementation

Training: How to create Unit Cell model of Composite

Lecture 4: Nonlinear behaviour of composite materials

Lecture 5: Damage and Fracture of Composite Materials

Lecture 6: Biological structural materials, their structures and unusual performance

Lecture 7: Bioinspired composites and their modelling

Lecture 8. Interfaces in composites and their role for performance

Lecture 9. Interface modification and structured interfaces

Lecture 10. Nanocomposites

Lecture 11. Nanocomposites: Computational modelling

Lecture 12. Self-healing composites

Lecture 13. Modelling of self-healing composites

Lecture 14. Sustainability of Composites

Lecture 15. Recycling of composites and computational modelling

Lecture 16. Repair of composites and micromechanical aspects

Lecture 17. Fatigue of composites and microstructural effects

Lecture 18. Composite structures: Example of wind turbine blades

Lecture 19. Composite structures-2: Wind turbine blades and micromechanics

Lecture 20. Manufacturing of composites and related micromechanical problems

Lecture 21. Manufacturing of composites- 2: Computational modelling

Lecture 22. Overview: What did we learn, and how it fits together?

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