OpenFOAM vs. SU2 for F1 aero! ποΈπ¨
OpenFOAM: Versatile multiphysics for complex wakes. π
SU2: Built-in adjoint solvers for elite shape optimization. π
Scale both on https://t.co/d4VWEfzbbs. #CFD#F1#HPC#CloudComputing
Choosing between CalculiX and Code_Aster? π οΈ
CalculiX offers Abaqus-like simplicity & speed for mechanical FEA. Code_Aster brings advanced multiphysics & fracture mechanics for complex R&D.
Both are pre-installed on https://t.co/d4VWEfzbbsβbenchmark them today!
#FEA#HPC
Struggling with heavy FEA modal runs? π
Stop waiting for eigenvalues! Scale your structural simulations on https://t.co/d4VWEfzbbs. High-RAM nodes & parallel solvers for faster frequency response.
#FEA#HPC
#datacenter π» are subjected to cooling and fire risks. #FDS, software dedicated to fire analysis, can:
β‘οΈ simulate fire scenarios
β‘οΈ estimate smoke visibility
β‘οΈ evaluate parameters according to ISO 13571
Try https://t.co/FT3yBPhmhS to run FDS using remote hardware resources.
@ProDispatcherHQ yeah thanks! We have also an AI tool to interact with your CFD simulations (mostly for optimization purpouses). You can test the platform for free at https://t.co/Nxi8UEqQqY.
Exciting news! #cloudHPC (https://t.co/6uU9ZAut69) now offers M-STAR CFD (https://t.co/ddn2RjOsRH) as part of its installed software lineup. Stay ahead in computational fluid dynamics with #cloudHPC#MSTARCFD.
If you are a #fireengineer, you may have encountered #jetfans. When modelling them in #FDS, which strategy have you used? π₯ π¬οΈ
Check the following blogpost to discover more: https://t.co/bhdEY98pwQ
When talking about #fem it is important to remember the possibilities we have:
ποΈ static analysis
γ°οΈ modal analysis
β‘ buckling analysis
Discover them here: https://t.co/Al7t28KhQW
Can you mention some more study possibilities?
π #paraview and π₯ #fds: is it possible to work with both of these great software? Yes it is! πCheck this post and discover how you can export #fds results into #paraview
https://t.co/inondHEVMs
We have released a mesh-decomposition tool for #FDS. You now get a good scalability in an easier way.
Read carefully our guide to know more: https://t.co/vdEFo5XPVF
Register to https://t.co/6uU9ZAut69 if you want to test it!
We are releasing new functionalities to make the platform even more transparent in terms of costs πΆ
Check the following video to see how you can monitor all billing and costs at all times on #cloudhpc: https://t.co/ff3CE0qB20
π High-Performance CFD: Valve Simulation on CloudHPC
Just wrapped up a valve simulation using OpenFOAM on CloudHPC, and the workflow efficiency is a game-changer.
No data transfer, no local hardware lagβjust pure engineering insight. π‘
Unlock advanced structural simulations with solids4Foam on CloudHPC! π Dive into complex non-linear analyses, like contact with friction or large deformations, using powerful remote resources. Elevate your simulations! Visit https://t.co/6uU9ZAut69
#StructuralAnalysis#HPC
Slow FDS simulations? π₯ We help you speed up run times with remote hardware AND configure your .fds input files for optimal results. Stop waiting, let's chat! π DM us. #FDS#CFD
Struggling with dense particle flows in #OpenFOAM? π
Discover how MPPICFoam handles millions of particles using the MP-PIC method. High accuracy, lower cost.
Read more: https://t.co/I9fhoQODzn
#CFD#Engineering
Stop mapping wildfires manually! π₯ πΊοΈ
Learn how to use qgis2fds & the Level Set method in FDS to simulate real-world terrain on https://t.co/FT3yBPhmhS.
Read the guide: https://t.co/GAXDO3knRH π
#Wildfire#FDS#QGIS
OpenModelica & FreeFEM are now on CloudHPC! π Scale your complex simulations & PDE solving with high-performance computing. Pay-as-you-go. π https://t.co/Nxi8UEqQqY #HPC
Tired of your CFD mesh tangling during violent free-surface sloshing? π Traditional Eulerian VOF/FVM solvers struggle with interface smearing and instability when waves break. It's time to look at Smoothed Particle Hydrodynamics (SPH). π
https://t.co/dQdlwgzX28
#CFD#SPH