Abstract: The ability to produce production quality tooling, directly from CAD data, through additive manufacturing (AM) processes has obvious advantages with regards to the reduced lead time and labour costs. This, together with the ability to simulate the metal casting process, opens new doors for researchers in the field of metal casting. This paper reviews the suitability of tooling produced in PA 2200 polyamide material, for use in a research environment, where the failure of greensand, a mixture of silica sand, bentonite (clay) and water, is to be replicated as it would occur in an industrial setting
Additive manufacturing (AM) of metallic products is seen by many to be commercially viable for only ...
Introduction: Production systems go through changes over time and there are different factors drivin...
There are many 3D printing technologies available, and each technology has its strength and weakness...
Abstract: The ability to produce production quality tooling, directly from CAD data, through additiv...
Abstract: There is a need to introduce modern technologies to address inefficiencies in foundry engi...
Abstract In this paper, an initial assessment of the quality parameters of the surface finish and di...
ArticleRapid sand casting is quickly transforming as an established method for the production of san...
Additive Manufacturing has significantly developed over the years and is widely used in most industr...
Thesis (D. Tech. ( Mechanical Engineering )) - Central University of technology, Free State, 2012In...
Poor quality and low yield are major challenges to the South African foundry industry. An inspection...
The foundry industry provides near net shape metal casting for a wide range of industries, producing...
Published ArticleRapid tooling (RT) in the context of this research presents the possibility of impr...
Abstract: Advances made in Additive Manufacturing (AM) or 3D printing led to the 3D printing of sand...
This study summarises the research efforts undertaken in iron foundry plants in which the process ar...
Purpose: Metal casting industry is in recovery phase after the crisis in 2008; customer demand cont...
Additive manufacturing (AM) of metallic products is seen by many to be commercially viable for only ...
Introduction: Production systems go through changes over time and there are different factors drivin...
There are many 3D printing technologies available, and each technology has its strength and weakness...
Abstract: The ability to produce production quality tooling, directly from CAD data, through additiv...
Abstract: There is a need to introduce modern technologies to address inefficiencies in foundry engi...
Abstract In this paper, an initial assessment of the quality parameters of the surface finish and di...
ArticleRapid sand casting is quickly transforming as an established method for the production of san...
Additive Manufacturing has significantly developed over the years and is widely used in most industr...
Thesis (D. Tech. ( Mechanical Engineering )) - Central University of technology, Free State, 2012In...
Poor quality and low yield are major challenges to the South African foundry industry. An inspection...
The foundry industry provides near net shape metal casting for a wide range of industries, producing...
Published ArticleRapid tooling (RT) in the context of this research presents the possibility of impr...
Abstract: Advances made in Additive Manufacturing (AM) or 3D printing led to the 3D printing of sand...
This study summarises the research efforts undertaken in iron foundry plants in which the process ar...
Purpose: Metal casting industry is in recovery phase after the crisis in 2008; customer demand cont...
Additive manufacturing (AM) of metallic products is seen by many to be commercially viable for only ...
Introduction: Production systems go through changes over time and there are different factors drivin...
There are many 3D printing technologies available, and each technology has its strength and weakness...