There are many factors which control the porosity of the final object during preparation of porouscopper compact using PM (powder metallurgy) technique.The amount of filler material, its type, sintering temperature, sintering time and the pressureof compaction were recognized as the most important parameters. In this investigation, naphthalene wasused as filler material during porous copper preparation. Also, the correlation between these parametersand the porosity degree of the final object was developed with the aid of 2N factorial design experiments.It was found that the amount of naphthalene represents the most important parameter controllingthe porosity degree in the final object
The processing of aluminum (Al) foams with maximum porosity of around 70 %, regular pore size and in...
The paper dealt with research on structural properties of metallurgical sinter. It was aimed at stud...
Micro-porous copper foam with open cell structure and acceptable mechanical behavior charts a path f...
The increased interest in porous metal fabrication is due to the multi-functional properties offered...
The growth of porous metal has produced materials with improved properties as compared to non-metals...
Permeability and capillary performance are the most important parameters relating to the thermal per...
Purpose: Binder jetting is a promising route to produce complex copper components for electronic/the...
Copper was important to the early ages of life and it will continue to be the material of choice fo...
<p></p><p>ABSTRACT A method for the fabrication of copper foams by powder metallurgy, employing carb...
Improved, relatively low-cost method has been developed to produce porous metals with predetermined ...
The water permeability, form drag coefficient and heat transfer coefficient of porous copper samples...
In this article, we describe experimental investigations of the structural characterisations of doub...
The aim of the experiment was to study the machinability of porous metal foams formed by reduction o...
Over the last few decades, porous metals have received a growing interest in industry due to their u...
Porous sample were fabricated by sintering of bronze ( Cu Sn10) with different particle size range. ...
The processing of aluminum (Al) foams with maximum porosity of around 70 %, regular pore size and in...
The paper dealt with research on structural properties of metallurgical sinter. It was aimed at stud...
Micro-porous copper foam with open cell structure and acceptable mechanical behavior charts a path f...
The increased interest in porous metal fabrication is due to the multi-functional properties offered...
The growth of porous metal has produced materials with improved properties as compared to non-metals...
Permeability and capillary performance are the most important parameters relating to the thermal per...
Purpose: Binder jetting is a promising route to produce complex copper components for electronic/the...
Copper was important to the early ages of life and it will continue to be the material of choice fo...
<p></p><p>ABSTRACT A method for the fabrication of copper foams by powder metallurgy, employing carb...
Improved, relatively low-cost method has been developed to produce porous metals with predetermined ...
The water permeability, form drag coefficient and heat transfer coefficient of porous copper samples...
In this article, we describe experimental investigations of the structural characterisations of doub...
The aim of the experiment was to study the machinability of porous metal foams formed by reduction o...
Over the last few decades, porous metals have received a growing interest in industry due to their u...
Porous sample were fabricated by sintering of bronze ( Cu Sn10) with different particle size range. ...
The processing of aluminum (Al) foams with maximum porosity of around 70 %, regular pore size and in...
The paper dealt with research on structural properties of metallurgical sinter. It was aimed at stud...
Micro-porous copper foam with open cell structure and acceptable mechanical behavior charts a path f...