- Welcome
- Search this website
- Useless Information about materials
- Why we need strong materials
- The Metal Men
- Teaching
- Sustainable Metallurgy
- EBSD and 3D EBSD
- ECCI
- Digital Image Correlation DIC
- Digital Image Correlation for multiphase alloys
- Digital Image Correlation and crystal plasticity simulation
- Dissipative deformation heating
- Atom probe tomography
- Atom probe tomography cryogenic UHV prep
- Atom probe and atomistic simulations
- Correlative atom probe tomography
- Atom probe tomography on steels
- Atom probe tomography on metallic glass
- Field Ion Microscopy - Mapping single atoms
- Crystallographic Textures
- Grain boundary segregation engineering
- Multiscale modeling
- Ab initio modeling
- DDD: Discrete dislocation dynamics
- ICME
- Shear banding
- Linear Complexions
- Nanoindentation and pillar compression
- Indentation pile-up
- Recrystallization and grain growth simulation
- Constitutive modeling
- Chemistry dependence of constitutive models
- Crystal Plasticity Finite Element Method
- Dislocation-based Crystal Plasticity Finite Element Method
- Polycrystal mechanics
- RVE and homogenization simulation
- Sheet forming simulation
- Yield Surface Simulation
- Large scale crystal plasticity amd ansiotropy simulation
- Phase field and Ginzburg-Landau modeling
- Joint crystal plasticity and phase field models
- Lattice Boltzmann model (LBM)
- Steels: Brief introduction
- Steels: facts, figures, environment
- Bainite steels
- Martensite alloys and transformations
- Pearlitic steels
- QP - Quench - partitioning steels
- TRIPLEX steels
- Electrical steels (Fe-3%Si)
- Soft magnetic alloys
- Soft magnetic steels for electromobility
- ODS Eurofer steels
- Strip casting of steel
- Nanolaminates
- Nanolaminate steels
- Nanosteels
- Steels for additive manufacturing
- Dual phase steels
- Medium Mn steels
- Hydrogen and hydrogen embrittlement
- Hydrogen embrittlement of medium Mn steel
- Stainless steels
- Combinatorial steel design
- Ultrafine grained steels
- Textures of Steels
- Textures of dual phase steels
- Metallurgical Alloy Design
- TWIP steels
- TRIP steels
- Shape Memory Steels
- Combining TWIP and TRIP
- Low density and weight reduced steels
- High stiffness steels
- Iron-Aluminides
- High strength composites
- Thermoelectric half-Heusler alloys
- Magnesium alloys
- Magnesium applications
- Copper alloys and Copper-Nano-Composites
- Aluminium alloys
- Aluminium alloys for aerospace applications
- High Entropy Alloys - Overview
- Non-Equiatomic High Entropy Alloys
- TWIP High Entropy Alloys
- Dual Phase High Entropy Alloys
- High Entropy Alloys and Hydrogen
- Interstitial High Entropy Alloys
- High Entropy Steels
- Bi-directional TRIP High Entropy Alloys
- Medium Entropy Alloys
- Combinatorial discovery of high-entropy alloys
- Titanium alloys
- Nickel Alloy 718
- Superalloys
- Cobalt Alloys
- Niobium
- Tantalum
- Multilayer Nitride Coatings
- Important Alloy Classes
- Bauschinger Effect
- Laser Additive Manufacturing
- Additive Manufacturing with Steel
- Segregation Engineering in Additive Manufacturing
- Welding Microstructures
- Seminconductors Solar Cells
- Biological (natural) Materials
- Chitin structure
- Hierarchical Architecture of Chitin
- Polymer Materials
- Dramatic material failure
- Movies and Animations
- RSS feeds MSE Journals
- Lectures
- Reprints
- Steel properties and overview Images
- Materials Science Image Gallery
- Large projects
- History of materials
- Useful links
- Infos for Materials Scientists
- Basic structure information on metals
- Glossary of materials science
- Cantus Mirabilis
- Metals in poetry
- 3D models
- Science cartoons
- Animated gifs for science
- Contact
- Applicants
- Max-Planck-Institut
- Scientific CV
- Journal publications
- Review publications
- Books
- Research projects
Druckversion 