Effects of Grain Size on Creep-Rupture Properties and Creep-Fracture Mechanism at 973 K in Aged Specimens of Austenitic SUS304 Steel

Articles in the same Issue

1. INHALT
2. Aufsätze
3. Generalised Association Model
4. E.M.F. Cell Set-up and Thermodynamic Investigation of Liquid Pb-Bi Alloys at 550 and 575 °C
5. Phase Relationship in the Gd-Co-Si System at 500 °C
6. Thermodynamic Interpretation of Thermoelectric Phenomena II. The Absolute Thermoelectric Power of Pt-Ir and Pt-Au Alloys
7. The Isothermal Sections of the Cu-Ni-Fe Ternary System at 600,800,1000 and 1050 °C
8. The Al-V Phase Diagram between 0 and 50 Atomic Percent Vanadium
9. On the Partial Atomic Volume of Aluminium in the Titanium-rich Phases of the Binary System Ti-Al
10. Study on the Influence of the Si/Fe Ratio on the Corrosion Behaviour of Some Al-Fe-Si Alloys
11. Interpretation of Isothermal Dendritic Growth of Succinonitril (SCN) under Different Gravity Conditions
12. An Assessment of the Reduction Potential of Hydrogen Plasma
13. Microstructure-related Modelling of the Relaxation Behaviour of High-temperature Sheet Materials
14. Parameters Influencing Peak Localization Repeatability for X-ray Measurements - Use of Experiment Designs Technique
15. Reassessment of the Zn-Fe Phases in Electrodeposited Zn-Fe Layers
16. Effects of Grain Size on Creep-Rupture Properties and Creep-Fracture Mechanism at 973 K in Aged Specimens of Austenitic SUS304 Steel
17. Comparison of the Wear Properties of Modified ZA-12, ZA-27 and Two Conventional Bearing Alloys
18. Mitteilungen der Deutschen Gesellschaft für Materialkunde e. V.
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20. Buchbesprechungen
21. Konferenzkalender
22. Impressum