: Plastic Flow partners with SOLIDWORKS for polymer extrusion optimization.
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: Coextrusion simulation using the level set method for special cases.
: Simulation of post-die extrudate distortion for coextrusion of complex
: Non-isothermal simulation of flow in twin-screw extruder using mesh
: Coextrusion simulation using mesh partitioning technique.
: Simulation of polymer melting in single-screw extruders.
: Fully coupled simulation of flow and core deflection in ceramic injection
: Automatic optimization of flat extrusion dies for balanced flow at die exit.
: Fully animated simulation of the flow in a twin-screw extruder including the
effect of elongational viscosity.
: Analysis of the effect of elongational viscosity on temperature, pressure and
distributions in a flat die.
: Introduced Sarkar-Gupta elongational viscosity model.
: Analysis of the effect of elongational viscosity on vortex formation and pressure
distribution in axisymmetric, planar and three-dimensional entrance flows.
: Computer simulation of sink-mark formation in injection-molded plastic parts.
: Three-dimensional simulation of the fiber orientation and corresponding
mechanical properties of short-fiber-reinforced injection-molded plastic parts.
: Three-dimensional simulation of polymeric flow in extrusion dies using
multivariant finite elements.
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