Bubble Coalescence in Virtual Reactor 23.1
This simulation video demonstrates Barracuda Virtual Reactor’s capability to model bubble coalescence and breakup in multiphase system, a feature introduced in version 23.1.
Radl-Sundaresan Drag Model Demonstration
This simulation video demonstrates one of Barracuda Virtual Reactor version 23.1’s new features, the Radl-Sundaresan drag model.
CPFD Software Sponsors 2023 AIChE PTF Student Poster Awards
CPFD Software has continued its longstanding support of the American Institute of Chemical Engineers‘ Particle Technology Forum by sponsoring the PTF Student Poster Awards and congratulates 2023 winners, Shota Miyake and Ashin Sunny.
CPFD Software Presenting at Altair’s Tech Brew Series
CPFD Software’s Niraj Mehta has been invited to speak at Season 3 of Altair’s Tech Brew series.
CPFD Releases Barracuda Virtual Reactor 23.1
CPFD announces the release of Barracuda Virtual Reactor® 23.1 includes new physics models to more realistically model gas bubbles in liquid domains, as well as systems with multiple particle and bubble species that have distinctly different close pack volume fractions.
Time-Varying Data Output
This simulation video demonstrates Barracuda Virtual Reactor’s capability to vary data output speed over time, a feature introduced in version 23.1.
Comparison of Different Fuel Sources for Cement Calciners
This video shows Barracuda Virtual Reactor simulation results for the transient, multiphase, gas-particle dynamics inside a vortexing circulating fluidized bed (VCFB).
Visualization of Cement Calciner Retrofit
This video shows Barracuda Virtual Reactor simulation results for the transient, multiphase, gas-particle dynamics inside a vortexing circulating fluidized bed (VCFB).
Supplemental Training: Silane Deposition
This training example is part of the Barracuda Virtual Reactor Supplemental Training collection. It is intended to be done independently and after completion of the Barracuda Virtual Reactor New User…
3-D numerical simulation of the heat transfer of a fluidized bed with a horizontal tube bundle and Geldart D particles
In the present study, a numerical simulation is performed to analyse hydrodynamic and heat transfer of a fluidized bed in a vertical channel.