Mechanical properties of powder metal parts are directly related to the shape, distribution and the amount of pores. In this study, mechanical properties of induction sintered Fe based components were investigated dependent on the changing of sintering time and pore structures. For this purpose, compression tests were applied to sintered bushings and microstructural photographs were taken. The compression tests were accompanied by respective finite element analyses. The numerical values were compared to experimental results. It turned out that the micro-stress values were dependent on the amount and distribution of porosity
Metal Powder represents a statistical set of particles with different geometry and mechanical proper...
Powder metallurgy (P/M) technique is usually used for manufacturing porous metal materials. However,...
To produce crack free powder compacts with desirable mechanical properties and uniform densities, a ...
Deformation features were analyzed based sintered material of iron powders. They measured features o...
Compression test at low temperature is 130-150 K range and the conditions set out in the technical ...
Standard ring-compression tests have been carried out on sintered iron preforms of different initial...
The purpose of this paper is to study the influence of processing parameters on the microstructural ...
Within this work the relationship between the pore morphology and the fatigue properties of sintered...
International audienceThis paper describes an original methodology to characterize the mechanical pr...
In this study; iron powder metals were sintered with induction heating process. Sintering process ha...
Sintered materials show a different stress-strain behavior when subjected to tensile or compressive ...
The influence of the applied pressure and electrical parameters on the macrostructure of specimens ...
Alloying elements have an important affect upon the mechanical properties of the Sintered Materials....
A novel porous metal fiber/powder sintered composite sheet (PMFPSCS) is developed by sintering a mix...
Sintered (Powder Metallurgy, P/M) materials usually show brittle behaviour and for this reason its t...
Metal Powder represents a statistical set of particles with different geometry and mechanical proper...
Powder metallurgy (P/M) technique is usually used for manufacturing porous metal materials. However,...
To produce crack free powder compacts with desirable mechanical properties and uniform densities, a ...
Deformation features were analyzed based sintered material of iron powders. They measured features o...
Compression test at low temperature is 130-150 K range and the conditions set out in the technical ...
Standard ring-compression tests have been carried out on sintered iron preforms of different initial...
The purpose of this paper is to study the influence of processing parameters on the microstructural ...
Within this work the relationship between the pore morphology and the fatigue properties of sintered...
International audienceThis paper describes an original methodology to characterize the mechanical pr...
In this study; iron powder metals were sintered with induction heating process. Sintering process ha...
Sintered materials show a different stress-strain behavior when subjected to tensile or compressive ...
The influence of the applied pressure and electrical parameters on the macrostructure of specimens ...
Alloying elements have an important affect upon the mechanical properties of the Sintered Materials....
A novel porous metal fiber/powder sintered composite sheet (PMFPSCS) is developed by sintering a mix...
Sintered (Powder Metallurgy, P/M) materials usually show brittle behaviour and for this reason its t...
Metal Powder represents a statistical set of particles with different geometry and mechanical proper...
Powder metallurgy (P/M) technique is usually used for manufacturing porous metal materials. However,...
To produce crack free powder compacts with desirable mechanical properties and uniform densities, a ...