This article covers the vexing problem of properly cooling forged microalloyed steels. This first of two parts will discuss the technical and business benefits of forged microalloyed steels.

As forgers are pressured to remain competitive, they must act on opportunities to reduce costs, eliminate scrap and improve operational efficiency.

The motivation of forgers to understand how design and process changes influence various aspects increases the need for versatile process-simulation tools capable of modeling the entire process chain.

In this second of two articles about design of experiments (DOE) and optimization, we illustrate how they apply to forging design.

In this first of two articles on how design of experiments (DOE) and optimization can be applied to forging, we will define the terms and illustrate how they fit forging design and process development.