Zártcellás alumíniumhab fárasztóvizsgálata

Fatigue test of closed cell aluminum foam

Authors

  • BALOGH Gábor
  • GÁBORA András
  • FILE Máté
  • MANKOVITS Tamás

Keywords:

zártcellás alumíniumhab, nyomóvizsgálat, fárasztóvizsgálat, élettartam

Abstract

The aim of this research is to determine the compressive strength of closed-cell aluminum foams, to monitor the change of mechanical properties during the cyclic applied repetitive stress, and to describe them mathematically and mechanically. The resulting mechanical and deformation measurements are essential in materials science. Knowledge of the exact material properties of a given substance is important for the definition of the relevant usability, applicability, and further technological steps. The theoretical background of the research can be carried out in a way well defined in the literature, the exploratory nature of the research in the field of certain materials, especially foamed closed-cell metal alloys, has practical significance.

References

ALVANDI-TABRIZI Youness, RABIEI Afsaneh 2014: Use of Composite Metal Foam for Improving Absorption of Collision Forces, Procedia Materials Science, 4, 377-382.

ALVANDI-TABRIZI Youness, WHISLER Daniel A., KIM Hyonny, RABIEI Afsaneh 2015: High strain rate behavior of composite metal foams, Materials Science and Engineering: A, 631, 248-257.

ANANTHARAMAN Harish, SHUNMUGASAMY Vasanth Chakravarthy, STRBIK Oliver M., GUPTA Nikhil, CHO Kyu 2015: Dynamic Properties of Silicon Carbide Hollow Particle Filled Magnesium Alloy (AZ91D) Matrix Syntactic Foams, International Journal of Impact Engineering, 82, 14-24.

KATONA Bálint, ORBULOV Imre Norbert 2017: Structural Damages in Syntactic Metal Foams Caused by Monotone or Cyclic Compression, Periodica Polytechnica-Mechanical Engineering, 61/2, 146-152.

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Published

2022-05-10