INFLUENCE OF COPPER ADDITIVE ON PRESSING AND BENDING STRENGTH OF IRON BASED HIGHLY POROUS POWDER MATERIALS

  • Natalia Rudenko Donbass State Engeneering Academy, Kramatorsk, Ukraine
  • Alexander Laptev Donbass State Engeneering Academy, Kramatorsk, Ukraine
  • Leonid Popivnenko Donbass State Engeneering Academy, Kramatorsk, Ukraine
Keywords: : Highly porous sintered materials, space holder, copper additive, compaction, bending strength, microstructure

Abstract

The influence of copper content on the enhancement of the bending strength of the iron based highly porous sintered powder materials was studied. The porous samples were manufactured by replica technique using the ammonium bicarbonate powder as a space holder. The amount of the ammonium bicarbonate in a starting powder mixture was 50% volumetric. The amount of the copper additive was 0.10% and 20% by weight, respectively. The influence of the copper additive on the
compaction behavior of the powder mixtures has been discussed. The microstructure of the sintered highly porous samples is presented.

Published
2012-09-12
How to Cite
Rudenko, N., Laptev, A., & Popivnenko, L. (2012). INFLUENCE OF COPPER ADDITIVE ON PRESSING AND BENDING STRENGTH OF IRON BASED HIGHLY POROUS POWDER MATERIALS. Mechanical Testing and Diagnosis, 2(3), 55-59. Retrieved from https://gup.ugal.ro/ugaljournals/index.php/mtd/article/view/2552
Issue
Vol 2 No 3 (2012)
Section
Articles

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