A data bank approach to multi-scale modelling of polymer solidification under flow and holding conditions is presented with applications to injection molding. The latent heat of solidification, which acts as an input parameter for large scale simulations, is determined as a function of different process dependent parameters such as the flow speed, supersaturation and geometric properties including the seed density of emerging spherulitic microstructures. Supersaturation and flow velocities are obtained from the larger scale simulation code as input values as function of which the released latent heat can be obtained from the pre-computed data bank thereby offering a possibility to circumvent the spatial and temporal coarse-graining problem assoc...
The effects of temperature, pressure and flow on relaxation times, nucleation density, spherulitic g...
www.mate.tue.nl aAuthor to whom correspondence should be addressed For numerical simulations of the ...
This article presents a simulation study of the injection molding of a macroscopic part with microfe...
International audienceMicro-injection moulding is frequently used for the mass production of devices...
Modeling and simulation of the morphology evolution of immiscible polymer blends during injection mo...
The possibility of tailoring key surface properties through the injection molding process makes it i...
The possibility of tailoring key surface properties through the injection molding process makes it i...
International audienceMicro-injection moulding is frequently used for the fabrication of devices in ...
National audienceMicro-injection molding is frequently used in micro-medical, micro-optic and micro-...
The understanding of the mechanisms that determines mechanical performances during micro-injection m...
Nowadays, the filling and solidification of macro-scale injection mouldings can be predicted using c...
Injection molding of polymer parts at a micro-scale is successfully applied in the fabrication of el...
A method for creating regular arrays of surface features in the 10µm to 200µm range over large areas...
Abstract The replication of submicron surface structures by micro injection molding is a crucial fac...
Note:A comprehensive mathematical model is presented in this study to describe the molding cycle of ...
The effects of temperature, pressure and flow on relaxation times, nucleation density, spherulitic g...
www.mate.tue.nl aAuthor to whom correspondence should be addressed For numerical simulations of the ...
This article presents a simulation study of the injection molding of a macroscopic part with microfe...
International audienceMicro-injection moulding is frequently used for the mass production of devices...
Modeling and simulation of the morphology evolution of immiscible polymer blends during injection mo...
The possibility of tailoring key surface properties through the injection molding process makes it i...
The possibility of tailoring key surface properties through the injection molding process makes it i...
International audienceMicro-injection moulding is frequently used for the fabrication of devices in ...
National audienceMicro-injection molding is frequently used in micro-medical, micro-optic and micro-...
The understanding of the mechanisms that determines mechanical performances during micro-injection m...
Nowadays, the filling and solidification of macro-scale injection mouldings can be predicted using c...
Injection molding of polymer parts at a micro-scale is successfully applied in the fabrication of el...
A method for creating regular arrays of surface features in the 10µm to 200µm range over large areas...
Abstract The replication of submicron surface structures by micro injection molding is a crucial fac...
Note:A comprehensive mathematical model is presented in this study to describe the molding cycle of ...
The effects of temperature, pressure and flow on relaxation times, nucleation density, spherulitic g...
www.mate.tue.nl aAuthor to whom correspondence should be addressed For numerical simulations of the ...
This article presents a simulation study of the injection molding of a macroscopic part with microfe...