- Hands-on Introduction to Linux, INSCC Auditorium (Room 110)
- Part 1: Thurs, May 25, 1-3 pm
- Part 2: Tues, May 30, 1-3 pm
- Part 3: Thurs, Jun 1, 1-3 pm
Posted May 18th, 2017
Posted May 17th, 2017
Posted May 10th, 2017
For graduate students in computational molecular science.
Week long available through live stream. (Not hosted locally, but a nice complement to the XSEDE HPC workshops we host.)
- June 26-30, 2017
July 17-21, Madison WI
Computational Fluid Dynamic Simulation of a Novel Flash Ironmaking Technology
The U.S. steel industry needs a new technology that produces steel from iron ore with lower greenhouse gas emission and energy consumption. At the University of Utah, Prof. Hong Yong Sohn and his team have conceived of a drastically novel idea for an alternative method called the Flash Ironmaking Technology to replace the century-old blast furnace process. This new technology eliminates the highly problematic cokemaking and pelletization/sintering steps from the current ironmaking processes by directly utilizing iron ore concentrates, which are in abundance in the United States.
Using CHPC resources, the Sohn group is developing high-resolution computational fluid dynamics (CFD) simulations to select the optimal operating conditions for testing and subsequently reduce the testing time and effort. Simulation results will be used to analyze the results from the flash reactors. Also of high importance, the results of the simulations will assist in the subsequent design of an industrial-scale pilot facility and eventual full-scale commercial plant.