BARAM Development Roadmap
– BARAM continuously evolves based on user feedback and industry demands.
This roadmap outlines the current and planned development direction of Baram. All items are subject to change based on technical, business, or community factors.
Items developed under contract with a customer as part of a project may not be released to the public immediately.
Please let us know which items you think need development; it would be a great help. If you sponsor a portion of the costs for developing a specific feature, your sponsorship items will be reflected in the development priority list.
Dynamic Mesh
– 6 DoF motion & mesh morphing
Turbulence Transition
– Langtry-Mentor 4 equation model
Boundary codnitions
– Temperature profile, local cylindrical inlet
StarCCM+ mesh converter
– No intellectual property issues
STEP file import & split boundaries
– Standalone to geometry handling
Initialization method
– potential flow solver, data mapping
Aeroacoustics model
– Ffowcs Williams-Hawkings analogy
Droplet particle
– Evaporation, breakup, wall film model
Dynamic mesh
– linear motion, layering, overset mesh, AMR
Radiative heat transfer
– DO, P1, S2S model, semi-transparent radiation
Chemical reaction
– Combustion model
Multi-phase model
– Eulerian model, phase change
Real time simulator
– Reduced Order Model for transient
Heat exchanger model
– Duel cell, UAL model
