In the present work, experimental studies are carried out to understand orientation kinematics of pigment flakes during the injection molding process. The injection molding experiments are carried out using ABS resin compounded with aluminum flakes. Thin specimens are sliced off from the injection molded sample, and then the orientation distribution is observed using transmitted microscopy. Generally, the microscopic result shows a sandwich structure where the orientation state near the mid-plane differs significantly from that around the surface. Particularly at the weldline region, locally different orientation is observed near the part surface, which is the result of fountain flow at the melt front. Also the effect of mold temperature on...
Properties of a polymer can be engineered by the addition of chopped fibers, additives, and fillers....
Abstract. A 2D coupled Hele-Shaw flow approximation for predicting the flow-induced orientation of h...
In this work, we investigate the development of the morphology of an injection molding polypropylene...
The present study attempts to develop physical modeling and numerical simulation system for predicti...
AbstractInjection molding of fiber-reinforced thermoplastics is able to open a new dimension in the ...
Experimental measurements of fiber orientation are reported for two parts injection molded from nylo...
Frozen-in orientation in the injection-molding of amorphous polymers has been considered in terms of...
Orientation and crystallinity of isotactic polypropylene moulded products have beeninvestigated by m...
International audienceAs mechanical properties of short fiber reinforced thermoplastic injected comp...
A thorough analysis of the effect of operative conditions of injection molding process oil the morph...
Injection molding of reinforced thermoplastic materials is increasingly used in order to obtain high...
The performance of an injection-molded part is the result of a complex interaction of the inherent m...
Abstract: Fibre orientation, and thus the mechanical behaviour of short-fibre-reinforced thermoplast...
Even though it is considered a mature technology, the commercial importance of injection molding con...
Using push-pull processing it is possible to produce oriented polypropylene in injection molding. Th...
Properties of a polymer can be engineered by the addition of chopped fibers, additives, and fillers....
Abstract. A 2D coupled Hele-Shaw flow approximation for predicting the flow-induced orientation of h...
In this work, we investigate the development of the morphology of an injection molding polypropylene...
The present study attempts to develop physical modeling and numerical simulation system for predicti...
AbstractInjection molding of fiber-reinforced thermoplastics is able to open a new dimension in the ...
Experimental measurements of fiber orientation are reported for two parts injection molded from nylo...
Frozen-in orientation in the injection-molding of amorphous polymers has been considered in terms of...
Orientation and crystallinity of isotactic polypropylene moulded products have beeninvestigated by m...
International audienceAs mechanical properties of short fiber reinforced thermoplastic injected comp...
A thorough analysis of the effect of operative conditions of injection molding process oil the morph...
Injection molding of reinforced thermoplastic materials is increasingly used in order to obtain high...
The performance of an injection-molded part is the result of a complex interaction of the inherent m...
Abstract: Fibre orientation, and thus the mechanical behaviour of short-fibre-reinforced thermoplast...
Even though it is considered a mature technology, the commercial importance of injection molding con...
Using push-pull processing it is possible to produce oriented polypropylene in injection molding. Th...
Properties of a polymer can be engineered by the addition of chopped fibers, additives, and fillers....
Abstract. A 2D coupled Hele-Shaw flow approximation for predicting the flow-induced orientation of h...
In this work, we investigate the development of the morphology of an injection molding polypropylene...