Microstructure Mechanics FEM: Introduction to the Method & Outlook on Applications
Raabe_micro-mechanics_classnotes_2013_FE[...]
PDF-Dokument [961.4 KB]

Microstructure Mechanics Polymers: Structure and Properties
Raabe_micro-mechanics_classnotes_2013_po[...]
PDF-Dokument [3.2 MB]

Microstructure Mechanics Biological (Natural) Materials
Raabe_micro-mechanics_classnotes_2013_bi[...]
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Microstructure Mechanics: Crystal Mechanics, single crystal yield surface, polycrystals
Displacements and rotations in crystals
Single crystal yield surface
Taylor model for the mechanics of polycrystals
Raabe_micro-mechanics_2013_crystal_mecha[...]
PDF-Dokument [1.7 MB]

Microstructure Mechanics of Crystalline Materials: Introduction
Introduction; Quantum mechanics primer; Crystal structures and why they matter for micromechanics; Dislocation statics; Dislocation dynamics; Single crystal mechanics
Polycrystal mechanics
Dierk-Raabe_classes_micro-mechanics_2013[...]
PDF-Dokument [6.9 MB]

The crystalline structure of metals: why does it matter for crystal plasticity?
crystal structures; stacking faults; FCC, BCC; HEX; HCP; mechanics; dislocations; Miller indices
Raabe_micro-mechanics_class-2013_structu[...]
PDF-Dokument [1.6 MB]

Microstructure Mechanics: Dislocation statics
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Microstructure Mechanics: Dislocation dynamics
Raabe_micro-mechanics_classnotes_2013_di[...]
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FEM: A Basic Overview of the Method & Outlook on Applications
Dierk Raabe finite element method multis[...]
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INTRODUCTION Micromechanics class notes 2012
Introduction; Quantum mechanics primer; Crystal structures and why they matter for micromechanics; Dislocation statics; Dislocation dynamics; Single crystal mechanics; Polycrystal mechanics (Taylor mo
Raabe_micromechanics_classnotes_2012_int[...]
PDF-Dokument [9.9 MB]

STRUCTURE and DISLOCATION properties Micromechanics class notes 2012
Why is the crystal lattice relevant for understanding complex dislocation structures?

Special properties of the 3 main lattice types regarding plasticity defects:
FCC: stacking fault energy can vary
Raabe_micro-mechanics_classnotes_2012_st[...]
PDF-Dokument [2.3 MB]

Dislocation statics: Micromechanics class notes 2012
Elements of continuum elasticity mechanics of dislocations. How to calculate Peach-Koehler interactions among different types of neighbor dislcoations.

Special interaction and ordering properties of
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2011 Class on micromechanics; RWTH Aachen
Structure
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2011 Class on micromechanics; RWTH Aachen
Dislocation statics
Raabe_micromechanics_classnotes_2011_dis[...]
PDF-Dokument [2.2 MB]

2011 Class on micromechanics; RWTH Aachen
Dislocation dynamics
Raabe_micro-mechanics_classnotes_2011_di[...]
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2011 Class on micromechanics; RWTH Aachen
Crystal mechanics
Raabe_micro-mechanics_classnotes_2011_cr[...]
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2011 Class on micromechanics; RWTH Aachen
Polymer structure and mechanics
Raabe_micro-mechanics_classnotes_2011_po[...]
PDF-Dokument [5.8 MB]

2011 Class on micromechanics; RWTH Aachen
The mechanics of biological materials
Raabe_micro-mechanics_classnotes_2011_bi[...]
PDF-Dokument [8.0 MB]

Grundlagen der Kristallographie und Mikrostruktur von Stählen: texture and microstructure of steels
Dierk-Raabe-plasticity-and texture-of-st[...]
PDF-Dokument [33.8 MB]