A Description of High Temperature Deformation Behaviour of a γ-TiAl Based Alloy in Terms of the Effective Stress Model

Articles in the same Issue

1. Inhalt
2. Editorial
3. Von der ersten deutschen Werkstoffschau 1927 zur Werkstoffwoche ’96
4. Aufsätze
5. Alloy Studies with X-rays and Neutrons
6. Continuous Microscopy of Ceramic Materials with Atomic Force Microscopy
7. Brittle Fracture Processes Modelled on the Atomic Scale
8. Static Restoration of Aluminium During Multi-stage Hot Rolling Simulation
9. Smart Materials - The “IQ” of Materials in Systems
10. Festigkeitsvorhersage bei Langfaserverbundwerkstoffen - Ein Überblick
11. Application of Thermodynamic Databases to the Evaluation of Surface Tensions of Molten Alloys, Salt Mixtures and Oxide Mixtures
12. Phase Equilibria in the Ni-Al-Ta System
13. The Effect of Low Pressure on Discontinuous Precipitation in Ni-7.5 at.% In and Ni-9 at.% Sn Alloys
14. Local Lattice Parameter Changes in Monoerystalline Turbine Blades Subjected to Service-like Conditions
15. A Description of High Temperature Deformation Behaviour of a γ-TiAl Based Alloy in Terms of the Effective Stress Model
16. A New Experimental Approach to Metal Cutting
17. Magnetron Sputtering for Metal Matrix Composite Processing
18. Mitteilungen der Deutschen Gesellschaft für Materialkunde e. V.
19. Personen
20. Veranstaltungen
21. Terminkalender
22. Impressum