Barracuda VR 17.0.2 Release
Update – April 24, 2018 This version of Barracuda Virtual Reactor is no longer available for download. For the latest version of Virtual Reactor™, please visit the Dashboard. If you still…
CPFD Software Expands Development Team
CPFD Software announces expansion of its team by adding Tanner Stelmach to its growing team of experts in Computational Fluid Dynamics (CFD) applications.
Barracuda VR 17.0.1 Release
Update – April 24, 2018 This version of Barracuda Virtual Reactor is no longer available for download. For the latest version of Virtual Reactor™, please visit the Dashboard. If you still…
CPFD Simulation of Bed-to-Wall Heat Transfer in a Gas-Solids Bubbling Fluidized Bed with an Immersed Vertical Tube
The bed-to-wall heat transfer of a bubbling fluidized bed is simulated and analyzed using Barracuda Virtual Reactor.
Barracuda VR 17.0.0 Release
Update – April 24, 2018 This version of Barracuda Virtual Reactor is no longer available for download. For the latest version of Virtual Reactor™, please visit the Dashboard. If you…
Scaling-Up Down Low Reactors. CPFD Simulations and Model Validation
Barracuda Virtual Reactor is used to simulate a scaled-up down flow reactor and to analyze the effects of changing gas velocity and solid mass flux on the cluster behavior.
Barracuda VR 16.0.8 Release
Update – April 24, 2018 This version of Barracuda Virtual Reactor is no longer available for download. For the latest version of Virtual Reactor™, please visit the Dashboard. If you…
CPFD Software Presenting at Ketjen FCC Workshop
Dr. Peter Loezos, VP of Engineering at CPFD Software, has been invited to speak at BASF’s “Turnaround risk reduction through FCCU simulation” webinar
Controlling dipleg returns with multiple particle species
In a hypothetical reactor vessel, particles are separated from the gas via cyclones and returned through diplegs. In Barracuda VR, this is typically done through a Pressure BC measuring the…
Application of the MP-PIC Method for Predicting Pneumatic Conveying Characteristics of Dilute Phase Flows
This study by researchers at the University College of Southeast Norway and Tel-Tek investigates the applicability of the multiphase particle-in-cell (MP-PIC) method for predicting pneumatic conveying characteristics.