Known Issues 16.0.6
Barracuda VR 16.0.6 Issues affecting this version: KI-1: Particle Drag is not calculated for pure liquid particles when simulation has no solid materials KI-2: 2D data is missing output conversion…
Barracuda VR 16.0.6 Issues affecting this version: KI-1: Particle Drag is not calculated for pure liquid particles when simulation has no solid materials KI-2: 2D data is missing output conversion…
In Barracuda VR, detailed Particle Size Distribution (PSD) information can be obtained from Raw Particle Data files. There are two ways to generate Raw Particle Data files: When setting up…
This evaporation model is now considered out-of-date. Original title of this post: Evaporation Model for Droplets and Solid Particle Drying (Updated) 2024 update: Evaporation Model for Droplets and Solid Particle…
The issue of particle resolution for small particles is an important consideration that is often overlooked. In order to get adequate spatial resolution of particle positions, it is sometimes necessary…
This video shows transient computational fluid dynamics model results for an industrial dry flue gas desulfurization system.
This video shows the transient, 3D modeling of the thermal and reacting flows inside an FCC riser located on the Arabian Peninsula.
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…
This video shows the transient engagement of densely-loaded spent FCC catalyst exiting from the standpipe into a lift riser for transport into an FCC regenerator.
This animation was part of a study conducted by a North American refiner using the Barracuda Virtual Reactor to understand and correct the high levels of carbon monoxide (CO) being produced in their FCC regenerator.
A Barracuda Virtual Reactor New User Training Class has been scheduled for October 20 – 24, 2014. The class will be held at CPFD Software, located in Albuquerque, NM. The training program focuses on ‘Modeling of Industrial Fluidized Systems using Barracuda Virtual Reactor®’.