Wisconsin’s new regulations on transport of metallic and non-metallic materials will make the ferrous foundry’s pig iron deliveries more economical and environmentally responsible...
A 12-month project aims to develop a mathematical model of the two-way coupling between liquid metal flow and the oxide layer above it, with the latter behaving as a non-Newtonian...
Process and handling costs, plus metalcasters’ growing sense of environmental liability, are creating an opening for thermal and mechanical processes for recovering spent sand...
It's time to define some of the terminology of metalcasting, starting with the metals that are cast. Or, more specifically, to establish a baseline understanding of the metals...
The U.S.-backed public-private R&D partnership will continue its materials, process, and talent development efforts for five years under a $49-million agreement.
The goal is a sensor-based system for automated sorting of spent refractories, to increase recycling rates for refractory breakout material from as little as 7% to 80%.
The LIFT research institute and undergraduate teams at Michigan Tech developed a new metal atomization chamber to support production of powdered metals, in support of hypersonics...
TriTech Titanium Parts LLC is making complex titanium components efficiently and cost-effectively after customer-qualifying its additive manufacturing operations for Ti64.