This paper will focus on efforts to develop the alumina - ammonium phosphate material system for Solid Freeform Fabrication. When the powder mix is irradiated with a laser beam, ammonium phosphate ( m.p. """ 190 0 C ) melts and forms a glassy phase between the alumina grains. The "green part" obtained by laser processing is then subjected to secondary heat treatment to optimize the properties of the final composite. The effect of various material, laser and machine parameters on the density, strength, surface finish and microstructure of the final part are described. One of the applications for selective laser sintering is its use in directly manufacturing ceramic molds for the investment casting process. We will describe some of th...
An additive manufacturing technique for high-strength oxide ceramics is presented. Based on selectiv...
Purpose: This paper aims to provide a review on the process of additive manufacturing of ceramic mat...
Selective Laser Sintering has the advantage to directly manufacture complex shaped parts without the...
This paper will focus on efforts to develop the alumina - ammonium phosphate material system for So...
The feasibility of processing ceramic powders by Selective Laser Sintering has been reported in an ...
Structured Abstract: Purpose – The purpose of this paper is to compare different powder metallurgy ...
Alumina-ammonium phosphate powder blends were processed with Selective Laser Sintering. Ammoniumpho...
Additive manufacturing (AM; aka 3D printing) has the potential to rapidly shape parts, without compr...
In selective laser sintering (SLS) a laser beam is used to partially melt particles in a layer of po...
Additive manufacturing (AM; aka 3D printing) has the potential to rapidly shape parts with an almost...
Manufacturing high temperature ceramic parts with Solid Freeform Fabrication (SFF) technology has be...
For more than one decade layer manufacturing technologies assist the development of new products. Du...
International audienceIn the present paper, technology of selective laser sintering/melting is appli...
In this work, a slurry-based laser sintering process is investigated. Laser sintering allows for a ...
In the present paper some behavior of ceramic materials for laser sintering/melting processes (SLM/...
An additive manufacturing technique for high-strength oxide ceramics is presented. Based on selectiv...
Purpose: This paper aims to provide a review on the process of additive manufacturing of ceramic mat...
Selective Laser Sintering has the advantage to directly manufacture complex shaped parts without the...
This paper will focus on efforts to develop the alumina - ammonium phosphate material system for So...
The feasibility of processing ceramic powders by Selective Laser Sintering has been reported in an ...
Structured Abstract: Purpose – The purpose of this paper is to compare different powder metallurgy ...
Alumina-ammonium phosphate powder blends were processed with Selective Laser Sintering. Ammoniumpho...
Additive manufacturing (AM; aka 3D printing) has the potential to rapidly shape parts, without compr...
In selective laser sintering (SLS) a laser beam is used to partially melt particles in a layer of po...
Additive manufacturing (AM; aka 3D printing) has the potential to rapidly shape parts with an almost...
Manufacturing high temperature ceramic parts with Solid Freeform Fabrication (SFF) technology has be...
For more than one decade layer manufacturing technologies assist the development of new products. Du...
International audienceIn the present paper, technology of selective laser sintering/melting is appli...
In this work, a slurry-based laser sintering process is investigated. Laser sintering allows for a ...
In the present paper some behavior of ceramic materials for laser sintering/melting processes (SLM/...
An additive manufacturing technique for high-strength oxide ceramics is presented. Based on selectiv...
Purpose: This paper aims to provide a review on the process of additive manufacturing of ceramic mat...
Selective Laser Sintering has the advantage to directly manufacture complex shaped parts without the...