Teaching, classes, information for students

Course for Master students on Micromechanics of Materials
at RWTH Aachen

 

(Summer Semester)

 

 

OLDER CLASS NOTES ON MICROMECHANICS 

 

 

Title of Course
Micromechanics of Materials (V3, Ü1)  (English)

Lecturer
D. Raabe

Start / first class in semester
Friday 5th April 2019, 12:00 a.m. – 16 p.m. (Fridays)

 

 

Class room

seminar room, 1st floor,

OR

MET P11

Institut für Metallkunde und Metallphysik (IMM),

RWTH Aachen, Kopernikusstrasse 14

 

Contents
mechanics of lattice defects, single crystal mechanics, polycrystal mechanics, Taylor model, homogenization, yield surface, interface mechanics, crystal plasticity finite element methods, fracture mechanics, high-throughput testing, mechanics of hexagonal materials, mechanics of biological (natural) materials, mechanics of bio-materials (implant materials), bone structure and mechanics, polymer structure and mechanics

 

The course requires good knowledge in materials science, lattice defects, continuum mechanics, tensor maths, and English.

 

 

Class Notes Micromechanics 2019

2019 Microstructure Mechanics of Complex Materials - Introduction
Raabe_MicroMech-intro-2019.pdf
PDF-Dokument [7.8 MB]

Class Notes Micromechanics 2017

FractureMech_IMM.pdf
PDF-Dokument [3.6 MB]
FEM_IMM.pdf
PDF-Dokument [1.0 MB]
Microstructure Mechanics Polymers and Biological Matertials: Structure and Properties
Raabe_micromechanics-polymers-and-bio-20[...]
PDF-Dokument [6.4 MB]
Dislocations, crystalline anisotropy and plasticity in hexagonal metals
Micromechanicacs_Vorlesung_Def hex_2017_[...]
PDF-Dokument [4.2 MB]

Class Notes Micromechanics 2016

Class Notes Micromechanics 2015

Class 2015: Microstructure Mechanics of Crystalline Materials - Biological Materials
D Raabe RWTH Aachen Max Planck Institut [...]
PDF-Dokument [8.3 MB]
Class 2015: Microstructure Mechanics of Crystalline Materials - Polymers
D Raabe RWTH Aachen Max Planck Institut [...]
PDF-Dokument [6.2 MB]
Class 2015: Microstructure Mechanics of Crystalline Materials - High Throughput Materials Design
Springer RWTH Aachen Max Planck Institut[...]
PDF-Dokument [7.2 MB]
Class 2015: Microstructure Mechanics of Crystalline Materials - ICME
C C Tasan RWTH Aachen Max Planck Institu[...]
PDF-Dokument [14.3 MB]
Class 2015: Microstructure Mechanics of Crystalline Materials - Mechanical size effects: Experiments and mechanisms
Jaya Balila Mechanical size effects-Expe[...]
PDF-Dokument [6.2 MB]
Class 2015: Microstructure Mechanics of Crystalline Materials - Fracture Mechanics
P Shantraj D Raabe RWTH Aachen Max Planc[...]
PDF-Dokument [1.5 MB]

 

 

 

Basics (simulation by P. Cai, class student)
Application