Effects of Cold Work on the Fractal Dimension of Grain Boundaries in Pure Iron

Articles in the same Issue

1. INHALT
2. Aufsätze
3. Experimental Study of Ternary Pd-Si-C Phase Equilibria and Pd/SiC Interface Reactions
4. Stability of the Ti(Cr,Al)₂Phase
5. Thermodynamic Properties of Rhodium- Tellurium Alloys with NiAs-Type Crystal Structures
6. Thermodynamic Calculation of the Quasibinary Al₂O₃-Y₂O₃ System and the Y-Al-O TernarySystem
7. Phase Equilibria in the Zn-rich Corner of the Zn-Cu-Ti System
8. Calculation of the Thermodynamic Properties of Liquid Fe-V and Fe-Ti Alloys
9. Characterisation of γ' Precipitates in a Single Crystal Nickel Base Superalloy SC16 using SEM, TEM and SANS as Complimentary Measuring Tools
10. Effect of Melt Overheating on Primary Solidification in Aluminium Alloys
11. Crystallization Behavior of Fe₇₈B₁₃Si₉, Fe₈₁B₁₃Si_3.5C₂, Fe₆₆CO₁₈B₁₅Si and Fe₇₇Cr₂B₁₆Si₅ Metallic Glasses
12. Herstellung und Eigenschaften der hypermonotektischen AlPb-Legierung als Gleitschicht Teil 2: Tribologische Eigenschaften und Gefügecharakterisierung
13. Effects of Cold Work on the Fractal Dimension of Grain Boundaries in Pure Iron
14. Stress Rupture Behaviour of the Single Crystal Superalloy NASAIR 100 at 1050 °C
15. Mitteilungen der Deutschen Gesellschaft für Materialkunde e. V.
16. Personen
17. Buchbesprechung
18. Veranstaltungen
19. Terminkalender
20. Impressum