Also available on Youtube. About This Webinar Presented by: Pramod Bangalore – Senior CFD Engineer CPFD Software’s Barracuda Application Model Webinar Series is designed to give engineers and researchers deeper…
Also available on Youtube. About This Webinar CPFD Software and Siemens jointly hosted a partner webinar on April 8, 2026 to introduce Arena-flow®, now available through the Siemens Advanced Partner…
CPFD is pleased to be a Silver Sponsor at tcbiomass+2026, where we will be staging an exhibit and giving an invited guest lecture at the “Fundamentals of Thermochemical Conversion of Biomass” pre-conference training.
CPFD Software is proud to announce that it has joined the American Foundry Society (AFS).
Beijing Hi-key Technology Co. Ltd., CPFD Software’s distributor for Barracuda Virtual Reactor in the People’s Republic of China, has announced a series of online and in-person training courses for 2026
CPFD Software and Siemens will jointly host an upcoming webinar on April 8, 2026, 8 AM Central, to introduce Arena-flow, now available through the Siemens Advanced Partner Alliance.
CPFD Software is pleased to announce a direct distribution and collaboration agreement with ASK Chemicals Japan Co., Ltd.
CPFD Software is pleased to once again sponsor and participate in the SPE-GCS Annual Symposium. Saurav Mitra of CPFD Software will present “AI-Accelerated Reduced-Order Modeling for Dense Gas/Liquid-Solid Flows Using Barracuda Virtual Reactor (MP-PIC): An Industrial Perspective.”
In this webinar, we will present the Cement Calciner Decomposition Furnace Application Model, which uses Barracuda Virtual Reactor to simulate an industrial-scale calciner. The model captures the coupled gas–solid hydrodynamics, coal combustion, devolatilization, and limestone calcination within a fully compressible, reacting multiphase flow framework.
This installment in the series will focus on the Direct Reduced Iron Shaft Furnace Application Model, which provides a detailed digital twin of a full-scale DRI shaft furnace based on operating data from a commercial plant in Quebec, Canada. The model captures key process zones, including cooling, reducing, and transition regions, using a moving bed framework with compressible flow, volumetric and discrete reaction chemistry, and user-defined reaction kinetics.