While designing and developing a project for a means of transport, information are necessary on the material that will be handled on it. This kind of information is obtained through some tests that det. such technol. qualities as: abrasive quality, flowability, powderiness, gas permeability, etc. This article illustrates the relation between the chem. and phys. properties and the characteristics of a material, that projects managers take into account during the design state for the development of a means of transport
This thesis focuses on particular materials and their flow properties. Handling of powder materials ...
The effect of particle size, shape and surface on the behavior of a powder is continually being stud...
Correlation between physical properties and flowability indicators for fine powder
While designing and developing a project for a means of transport, information are necessary on the ...
A series of industrial powders, most of them organic, were characterized in terms of volumetric mean...
This thesis outlines the use of powder properties, determined from bench tests to predict powder flo...
This thesis focuses on the description of the characteristics and flow properties of powder material...
Powder Technology comprehends several particulate solid systems, which must be controlled, from the ...
The experimentally determined indexes for describing the flow of behavior of powder streams in indus...
Set of the created design and technology and predicted ecological circumstances, and also the existi...
Additive manufacturing (AM) processes (including Powder-Bed, Powder-Blown and HPCS), use powders as ...
Various bench tests to assess cohesion are described. Several bench tests were performed to evaluate...
Modern powder metallurgy (PM) has been a prominent field since the 1920s when press-and-sintering of...
The effect of material and particulate properties on the compaction of metal powder
A new material has been prepared by a powder metallurgy process. It has been designed to exhibit goo...
This thesis focuses on particular materials and their flow properties. Handling of powder materials ...
The effect of particle size, shape and surface on the behavior of a powder is continually being stud...
Correlation between physical properties and flowability indicators for fine powder
While designing and developing a project for a means of transport, information are necessary on the ...
A series of industrial powders, most of them organic, were characterized in terms of volumetric mean...
This thesis outlines the use of powder properties, determined from bench tests to predict powder flo...
This thesis focuses on the description of the characteristics and flow properties of powder material...
Powder Technology comprehends several particulate solid systems, which must be controlled, from the ...
The experimentally determined indexes for describing the flow of behavior of powder streams in indus...
Set of the created design and technology and predicted ecological circumstances, and also the existi...
Additive manufacturing (AM) processes (including Powder-Bed, Powder-Blown and HPCS), use powders as ...
Various bench tests to assess cohesion are described. Several bench tests were performed to evaluate...
Modern powder metallurgy (PM) has been a prominent field since the 1920s when press-and-sintering of...
The effect of material and particulate properties on the compaction of metal powder
A new material has been prepared by a powder metallurgy process. It has been designed to exhibit goo...
This thesis focuses on particular materials and their flow properties. Handling of powder materials ...
The effect of particle size, shape and surface on the behavior of a powder is continually being stud...
Correlation between physical properties and flowability indicators for fine powder