This article reviews the updated features list of Envenio's EXN/Aero. New features include porous media zones, passive scalar, and rotating frames of reference. Our recently launched alpha features include six degrees of freedom, NGON element support, solution monitoring, and free surface. Here at Envenio, we have been busy updating the features offered by our EXN/Aero software and wanted to share the latest developments. We want to share the latest improvements made to our software, all with the clear goal of improving the daily working lives of our users.
Breaking News...The Envenio Referral Program
Before we go any further, we want to tell you about our brand new referral program.The Envenio Referral Program has been introduced to celebrate and reward our much-valued customers, while introducing the platform to new engineers and building on what is already a successful and engaged community.
We are very excited to announce that you could be credited with $1,000 of on-demand EXN/Aero compute time should you refer someone who comes on as a customer! Get in touch to find out more about getting involved with the Envenio Referral Program.
Changing The Interface Of Simulation
We have made some significant interface updates, allowing you to report bugs more easily, and access the user-manual, release notes, and demo-cases to help you make full use of the software.
Introducing...Our User Manual
We are delighted to have launched our user-manual, and we are also planning to launch our theory manual soon. You can gain a sneak preview from the screenshot below;
EXN/Aero’s massive parallelization approach and domain load balancing undoubtedly distinguishes it from other CFD commercial software. The cost-effective approach aids us to enhance “Speed Ups”, a criteria that is widely recognized as a performance measure for parallelization. The solver will soon achieve a second level of Speed Up using unique technique for domain decomposition in both space and time.
Our unique cell & interface design subdivides simulation tasks into two classes of objects: cells and interfaces. The patented technology provides us with further flexibility and creativity in the parallelization scheme. Cell objects contain the CFD mesh and represent the bulk of the computational load while the interface objects are multifunctional data transformation utilities with numerous functions, including boundary condition input, cell-to-cell communication, reduction of output data, addition of source terms and interpretation of real-time sensor inputs.
- Added variable units
- Updated descriptions for easier understanding
- Improved problem setup workflow by limiting display to what is needed
- Merged 'EXN/Vizer' sqlite viewer into EXN/View, improving workflow and unifying the colour/theme
- Added 'Alpha' and 'Beta' classifications under 'Advanced' option to better signify the development state of various features
- Improved compatibility with cgns files, we now support native output from more meshers
Current Key Features
- Compressible and incompressible flows
- Energy equations
- SST DES, SST RANS, SST k-omega
- LES canopy
- Porous media zones
- Drag based porous media for canopies
- User defined databases
- Multifluid models for droplet transport
- Synthetic turbulence generation for LES
- Steady state & transients
- Ideal gas models
- Mixed mesh precision
- Hybrid meshing (unstructured, structured)
- Buoyancy driven flows
- Graphical user interface
- Statistics calculator
- Passive scalar
- Rotating frames-of-reference
Alpha Features (functional, being refined)
- Added property user tables for thermal expansion, dynamic viscosity and thermal conductivity.
- Six-degree of freedom (6DOF) prescribed vehicle motion
- Free Surface modelling using the VOF method
- Space and time parallelization (parareal)
- LES K-subgrid
- LES smagorinsky
- LES WALE
- Passive scalar
- Syturb – synthetic turbulence
- SEM – synthetic turbulence
- Solution monitoring
- Ngon general element types
Features Under Development
- Multicomponent fluid model
- Many-to-many mesh connections
- Six-degree of freedom (6DOF) coupled vehicle motion
- Fully coupled DQMOM
- Overset mesh
- Moving mesh (ALE)
We have a very skilled team of developers and engineers working on getting these features launched. We also work with customers on joint development projects when there is a strong need for a particular feature. To learn more about how we've used these features in models, please see our validation & demo cases portal at the link below.