The surface finish of an injection mould influences the quality of the moulded polymer optic parts. In order to improve and control the surface finish of the mould it is important to be able to predict the material removal during the polishing process of this mould. The aim of this work is to predict the material removal during the polishing process, comparing the results obtained from polishing attempts on steel samples and the results obtained from a simulation model. A simulation model is developed with the abrasive wear Holm-Archard equation in ANSYS. This simulation model will help to eliminate the iterative trial and error polishing, therefore facilitating the steel mould production
Finishing of mould surfaces is in most cases made by manual labour. It is an extremely laborious op...
The manufacturing of plastic components, like a majority of other mass produced discrete parts, requ...
In the industrial world there are different production processes for the manufacturing of spectacle ...
The surface finish of an injection mould influences the quality of the moulded polymer optic parts. ...
The complexity of polishing is very high and experience in this field is required to achieve reprodu...
The quality of injection moulded polymer optic parts depends on the surface finish of the respective...
The quality of injection-moulded polymer optic parts depends on the surface finish of the respective...
International audienceIn plastic injection mould and prosthesis industries, "mirror-effect" polished...
The surface preparation of moulds for high gloss applications, e.g. tools for injection moulding of ...
In order to improve the quality of injection-moulded polymer optic parts, it is necessary to improve...
This work focuses on the process chain for mould fabrication for the injection moulding of optical c...
One of the world’s fastest growing industries is the plastic industry. Today’s ever increasing deman...
This paper summarises several experiments performed in order to increase the knowledge about the pol...
Complex shapes such as medical implants or injection molds require the use of super-finishing operat...
In the industrial world there are different production processes for the manufacturing of spectacle ...
Finishing of mould surfaces is in most cases made by manual labour. It is an extremely laborious op...
The manufacturing of plastic components, like a majority of other mass produced discrete parts, requ...
In the industrial world there are different production processes for the manufacturing of spectacle ...
The surface finish of an injection mould influences the quality of the moulded polymer optic parts. ...
The complexity of polishing is very high and experience in this field is required to achieve reprodu...
The quality of injection moulded polymer optic parts depends on the surface finish of the respective...
The quality of injection-moulded polymer optic parts depends on the surface finish of the respective...
International audienceIn plastic injection mould and prosthesis industries, "mirror-effect" polished...
The surface preparation of moulds for high gloss applications, e.g. tools for injection moulding of ...
In order to improve the quality of injection-moulded polymer optic parts, it is necessary to improve...
This work focuses on the process chain for mould fabrication for the injection moulding of optical c...
One of the world’s fastest growing industries is the plastic industry. Today’s ever increasing deman...
This paper summarises several experiments performed in order to increase the knowledge about the pol...
Complex shapes such as medical implants or injection molds require the use of super-finishing operat...
In the industrial world there are different production processes for the manufacturing of spectacle ...
Finishing of mould surfaces is in most cases made by manual labour. It is an extremely laborious op...
The manufacturing of plastic components, like a majority of other mass produced discrete parts, requ...
In the industrial world there are different production processes for the manufacturing of spectacle ...