Phosphor thermometry technology is expected to bring remote, real-time, emissivity-independent temperature measurement in furnaces, hot or cold rolling lines, and processing vessels to better than 3 C (5 F) accuracy from 20 Kelvin to 3,000 Kelvin.

This article, reprinted from The Metals Journal, a publication of Kvaerner Metals, describes several system modifications that allow aluminum mills to remain competitive in today's global market.

This article discusses heat treatments, furnace types, and the use of endothermic and exothermic atmospheres during the post-processing of fasteners.

This article describes several important design criteria used when designing modern in-line induction heating systems.

The ability to convert photographs into CAD models made it possible to repair an induction furnace fume collection ductwork system with one shutdown rather than two, preventing several hours of additional down time.

This article describes an automatic induction brazing operation that has more than doubled production of steel shoes used in hydraulic pumps that move control surfaces in commercial aircraft.

This article, reprinted from The Metals Journal, a publication of Kvaerner Metals, describes several system modifications that allow aluminum mills to remain competitive in today's global market.

A class of high-performance ceramic materials based on titanium carbide-coated graphite, is particularly applicable for unusually demanding applications. This article describes these coatings.

This article describes a computational fluid dynamics (CFD) model used to evaluate furnace performance of the #8 furnace at Roth Bros./Philip Services.

Some common methods and processing conditions used for the infiltration of copper into iron base structural components are briefly described in this article.