A thorough analysis of the effect of operative conditions of injection molding process on the
morphology distribution inside the obtained moldings is performed, with particular reference …

Injection molding is the most widely used processing technique for polymers. It offers several
advantages over other processing conditions such as good surface finish, the ability to …

This paper sets out the theory and numerical methods used to simulate filling and fiber
orientation is simple injection moldings (a film‐gated strip and a center‐gated disk). Our …

This book covers fundamental principles and numerical methods relevant to the modeling of
the injection molding process. As injection molding processing is related to rheology …

After a brief introduction to the various types of polymers in use and the size and impact of
the polymer processing industry, this overview focuses on the most important processes for …

Experimental measurements of fiber orientation are reported for two parts injection molded
from nylon 6/6 reinforced with 43 weight percent of glass fibers. The parts are a center-gated …

A numerical simulation model for predicting residual stresses and residual deformations
which arise during the injection molding of thermoplastic polymers in the post‐packing stage …

This study targets the characterization and modeling of GMT press molding. The targeted
material is TEPEX® flowcore, a long glass fiber mat reinforced polyamide (PA6/GF) …

This chapter is devoted to the presentation of the fundamental rheological properties of
polymers and their processing technologies. Measurements of the rheological properties …

In this paper we present a detailed thermoviscoelastic formulation for the simulation of
thermally and pressure induced residual stresses in injection moulded short-fibre-reinforced …