Vertical Blowing of a Greensand Mold
This video demonstrates the blowing of a green sand mold half on a vertical molding line. The sand initially enters at a higher velocity before slowing down as the mold fills.
This video demonstrates the blowing of a green sand mold half on a vertical molding line. The sand initially enters at a higher velocity before slowing down as the mold fills.
CPFD Software supported Strauss Lab at McGill University by donating two Graphical Processing Units (GPUs). These donated cards will effectively double the information content in the most challenging projects, and will enable the team to tackle problems of a substantially larger scale.
CPFD’s October training class has reached capacity, so we are scheduling two additional web-based classes in 2020, targeting the European and North American time zones. For the first part of…
CPFD will be speaking at NVIDIA GTC 21, April 12-16, 2021. GTC 21 covers the most transformative technologies of our time, it is packed with breakthroughs in AI, data center, graphics, accelerated computing, intelligent networking etc.
FLSmidth utilizes Barracuda Virtual Reactor® from CPFD Software to design, to optimize and scale their unique cement calcination technology while reducing time and cost.
Update – October 1, 2020. Hydrocarbon Processing has announced CPFD Software’s Barracuda Virtual Reactor as the 2020 winner of its Best Software Technology Award.
CPFD’s Bryan Tomsula has been invited to speak at Albemarle’s FCC Process Technology Course on the topic of utilizing simulation for FCCU troubleshooting in March 2021.
CPFD team of experts Mohammadhadi Nakhaei, Damien Grévain, Lars Skaarup Jensen, Peter Glarborg, Kim Dam–Johansen and Hao Wu shared a detailed work and results with the global cement industry and Virtual Reactor user communities in January 2021.
CPFD Software announces the release of Barracuda Virtual Reactor® 20.1. This release includes updates and enhancements that improve usability, physics, and post-processing capabilities. Some of the features include: Updated New Project Dialog, New runtime.log File, Radiation Models Moved to Global Settings Window, P-1 Radiation Model, etc.
This simulation shows the thermal cracker for a novel, fluidised-bed-based plastic recycling system.