Injection molding is an efficient manufacturing process for mass-producing parts with
complicated geometry, consistent quality, and attractive appearance. With the increasing …

The purpose of this article is to review the research done in the field of mathematical
modeling and optimization of the injection-molding (IM) process. Various papers related to …

A book of 420 pages with the simple title Rheology, written in 2006, that's intriguing! After an
introduction and a literature survey (citing many of the classical works on fluid mechanics …

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 …

The viscoelasticity-induced migration of a sphere in pressure-driven flow in a square-
shaped microchannel is investigated under inertialess conditions. The effects of fluid …

In order to manage the processing of polymers one needs to understand and be able to
quantify the rheological phenomena occurring in complex flows of viscoelastic materials …

The unstable flow phenomenon in injection molding and the resulting flow marks adversely
affect the application of polymer products. Therefore, it is important and necessary to study …

Strings of equally spaced particles (particle train) are tremendously important in a variety of
microfluidic applications. By using inertial microfluidics, particle trains can be formed near …

Injection molding is a widely used polymer processing technology that transforms plastics
into products of various shapes and types. Defects may occur on molded products during …

A new transient 3D finite element method for predicting extrudate swell of domains
containing sharp edges is proposed. Here, the sharp edge is maintained over a large …