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 …

The manufacturing of conformal cooling channels (CCC's) is now easier and more
affordable, owing to the recent developments in the field of additive manufacturing. The use …

In this paper, cooling performance of conformal cooling channel in plastic injection molding
(PIM) is numerically and experimentally examined. To examine the cooling performance …

Injection molding process parameters such as injection temperature, mold temperature, and
injection time have direct influence on the quality and cost of products. However, the …

Three-dimensional simulation and experimental investigation of polymer rheology in a
miniature injection molding process is presented. The material used in the study is ABS …

Abstract Microcellular Injection Molding (MIM) process combined with rapid heat cycle
molding (RHCM) technique can fabricate microcellular foamed plastic parts with excellent …

In this chapter we discuss the use of polyolefins (POs) in the biomedical fields; POs being
the largest volume polymers in the plastic industry today. The main focus will be on the two …

Molding development and fabrication is costly and always involves part modification. The
cost-effective pre-molding analysis is advantageous to engineer and designer prior to the …

Fabrication of pure ultrahigh molecular weight polyethylene (UHMWPE)‐based artificial joint
implants is a bottleneck problem as it is only limited to quasistatic approaches that have low …

To injection mould polymers, designing mould is a key task involving several critical
decisions with direct implications to yield quality, productivity and frugality. One prominent …