Add to ORKGIn this work a prototype system and methodology developed to characterize the contact resistance at the polymer-calibrator interface are presented and used in a case study. The potential of the developed system to characterize this heat transfer coefficient, very important in profile extrusion, is illustrated using several relevant process conditions.Fundação para a Ciência e a Tecnologia (FCT
In profile extrusion, one of the most crucial steps in obtaining a high quality, correctly sized pro...
In this work, a new second-order conservative finite volume scheme using the cell-to-vertex interpol...
The main objective of this work is to implement a 3D non-isothermal multi-domain numerical code, bas...
In this work a prototype system and methodology developed to characterize the contact resistance at ...
The main objective of this work is to design a prototype system that will enable the determination o...
The extrusion of technical thermoplastics profiles generally uses a dry calibration/cooling system,...
The cooling stage of thermoplastic profile extrusion is a key step since it determines the productio...
The parameters influencing the calibration/cooling stage of profile extrusion are discussed, and a n...
Designing an industrial calibration system that ensures fast and uniform cooling of a complex extrud...
A new method to compute heat transfer coefficients of the profile extrusion process calibration stag...
International audienceA new method to compute heat transfer coefficients of the profile extrusion pr...
A 3D numerical code, based on the finite volume method, developed to model the cooling stage along a...
Dissertação de mestrado integrado em Engenharia de PolímerosO processo de extrusão de perfis é um mé...
In this work a numerical code able to model the heat transfer in calibrators for extruded profiles i...
The cooling stage in profile extrusion is a very important process step, as it affects the final dim...
In profile extrusion, one of the most crucial steps in obtaining a high quality, correctly sized pro...
In this work, a new second-order conservative finite volume scheme using the cell-to-vertex interpol...
The main objective of this work is to implement a 3D non-isothermal multi-domain numerical code, bas...
In this work a prototype system and methodology developed to characterize the contact resistance at ...
The main objective of this work is to design a prototype system that will enable the determination o...
The extrusion of technical thermoplastics profiles generally uses a dry calibration/cooling system,...
The cooling stage of thermoplastic profile extrusion is a key step since it determines the productio...
The parameters influencing the calibration/cooling stage of profile extrusion are discussed, and a n...
Designing an industrial calibration system that ensures fast and uniform cooling of a complex extrud...
A new method to compute heat transfer coefficients of the profile extrusion process calibration stag...
International audienceA new method to compute heat transfer coefficients of the profile extrusion pr...
A 3D numerical code, based on the finite volume method, developed to model the cooling stage along a...
Dissertação de mestrado integrado em Engenharia de PolímerosO processo de extrusão de perfis é um mé...
In this work a numerical code able to model the heat transfer in calibrators for extruded profiles i...
The cooling stage in profile extrusion is a very important process step, as it affects the final dim...
In profile extrusion, one of the most crucial steps in obtaining a high quality, correctly sized pro...
In this work, a new second-order conservative finite volume scheme using the cell-to-vertex interpol...
The main objective of this work is to implement a 3D non-isothermal multi-domain numerical code, bas...