درحال بارگذاري...
ارسال به دوستان
 فهرست مطالب
 فهرست نقدها
  1. Creep mechanisms and cavitation of AA5052 at intermediate stress and temperature region
Creep mechanisms and cavitation of AA5052 at intermediate stress and temperature region
0 مرتبه مشاهده شده

Creep mechanisms and cavitation of AA5052 at intermediate stress and temperature region

Abedi, F.

  1. DOI:10.1177/02670836241235827
  2. Main Entry: Abedi, F.
  3. Title:Creep mechanisms and cavitation of AA5052 at intermediate stress and temperature region.
  4. Publisher:2024.
  5. Abstract:Creep mechanism and cavitation of AA5052 were studied employing creep experiments at 200–350°C and stresses 15–70 MPa. The microstructural observations were then performed to assess grain growth and formation of cavities. The apparent activation energy was defined in a range of 154–166 kJ/mole. It was found that at higher normalised stress region ((Formula presented.)), the stress exponent was about 7 and at lower stresses it decreased to about 5. Microstructural instability, that is, grain growth, was detected during creep at a temperature of 300°C or higher. This phenomenon affected the strain rate and the governing mechanisms. Microstructure of the sample tested at 300°C revealed that the coalescence of cavities could occur at creep strains higher than 6.5%. © The Author(s) 2024
  6. Notes:Sharif Repository
  7. Subject:Activation energy.
  8. Subject:Cavitation.
  9. Subject:Creep.
  10. Subject:Magnesium alloys.
  11. Subject:Strain rate.
  12. Subject:Aluminum - magnesium alloys.
  13. Subject:Apparent activation energy.
  14. Subject:Creep cavitation.
  15. Subject:Creep experiments.
  16. Subject:Creep mechanism.
  17. Subject:Intermediate stress.
  18. Subject:Intermediate temperatures.
  19. Subject:Micro-structural observations.
  20. Subject:Stress exponents.
  21. Subject:Temperature regions.
  22. Subject:Grain growth.
  23. Added Entry:Serajzadeh, S.
  24. Added Entry:Sharif University of Technology.
  25. Source: Materials Science and Technology (United Kingdom) ; Volume 40, Issue 13 , 2024 , Pages 998-1014 ; 02670836 (ISSN)
  26. Web Site:https://journals.sagepub.com/doi/10.1177/02670836241235827

 فهرست نقدها