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Investigation of the Mechanisms of Ductile Intergranular Fracture in Al-Mg-Si Alloys with Special Reference to Void Formation

  • Pius Schwellinger
Published/Copyright: April 20, 2021
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International Journal of Materials Research
From the journal International Journal of Materials Research Volume 71 Issue 8

Published Online: 2021-04-20
Published in Print: 1980-08-01

© 2021 by Walter de Gruyter Berlin/Boston

Articles in the same Issue

  1. Vacancy Annihilation and Short Range Order Formation in Quenched Gold-Palladium-Alloys
  2. Hall Effect and Electrical Conductivity of Gold-Zinc and Gold-Palladium-Zinc Alloys
  3. Supraleitendes Band mit A15-Phase Niob-Germanium
  4. Zum Einfluss der chemischen Zusammensetzung auf Kristallseigerungen und eutektische Zweitphasenausscheidung im Schweißgut von Al-Mg-Zn-Legierungen
  5. Investigation of the Mechanisms of Ductile Intergranular Fracture in Al-Mg-Si Alloys with Special Reference to Void Formation
  6. On Structure Stability and Superconductivity in Ti-Mo Alloy under Pressure
  7. Oxidation Mechanism of Niobium (673 to 823 K) and Tungsten (773 to 973 K)
  8. Untersuchung zur Struktur metastabiler Phasen im System Gold-Germanium
  9. Ternäre chalkogenhaltige Systeme VIII. Das System Silber-Germanium-Tellur
  10. Kristallstruktur von Pt4PbBi7 und PtBi2-h3
  11. Berichtigung
  12. Gesellschaftsnachrichten
  13. Bücherschau
https://doi.org/10.1515/ijmr-1980-710805

Articles in the same Issue

  1. Vacancy Annihilation and Short Range Order Formation in Quenched Gold-Palladium-Alloys
  2. Hall Effect and Electrical Conductivity of Gold-Zinc and Gold-Palladium-Zinc Alloys
  3. Supraleitendes Band mit A15-Phase Niob-Germanium
  4. Zum Einfluss der chemischen Zusammensetzung auf Kristallseigerungen und eutektische Zweitphasenausscheidung im Schweißgut von Al-Mg-Zn-Legierungen
  5. Investigation of the Mechanisms of Ductile Intergranular Fracture in Al-Mg-Si Alloys with Special Reference to Void Formation
  6. On Structure Stability and Superconductivity in Ti-Mo Alloy under Pressure
  7. Oxidation Mechanism of Niobium (673 to 823 K) and Tungsten (773 to 973 K)
  8. Untersuchung zur Struktur metastabiler Phasen im System Gold-Germanium
  9. Ternäre chalkogenhaltige Systeme VIII. Das System Silber-Germanium-Tellur
  10. Kristallstruktur von Pt4PbBi7 und PtBi2-h3
  11. Berichtigung
  12. Gesellschaftsnachrichten
  13. Bücherschau
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