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Lawrence Livermore National Laboratory (LLNL) and U.S. Steel are working in partnership through the High-Performance Computing for Manufacturing (HPC4Mfg) program to apply high-performance computing (HPC), modeling and simulation to improve industrial operations and reduce waste at hot-strip mills.
Simufact Forming 16 creates robust simulation models, sets up complex manufacturing processes and provides users with a clearer understanding of the process through both the presentation of practical results and functional evaluations.
The utilization of electromagnetic induction for heat-treatment purposes is no longer a novelty. However, the current excitement associated with induction heat treatment may suggest otherwise.
Last but certainly not least, as the saying goes, is our discussion of gas nitriding and nitrocarburizing process simulators and how they are used to predict and control these case-hardening processes. Let's learn more.
The acceptance of low-pressure (vacuum) carburizing (LPC) technology in manufacturing is due in large part to the ease of recipe development and modification made possible by the use of simulators designed specifically for this purpose. Let's learn more.
One of the Doctor’s many New Year’s resolutions is to convince every heat treater to purchase and use simulation software for recipe creation and to aid in process control and troubleshooting. Today, we will talk about simulators and controls for atmosphere carburizing.
Scientists with high-performance computing (HPC) modeling, simulation and visualization capabilities at the Department of Energy's national laboratories are partnering with U.S. industries to optimize blast furnaces in order to reduce emissions and energy use.
This article reviews industrial-gas technologies that the metals industry can use to respond, improve and even help transform advanced metal-parts manufacturing and processing.
