Synthetik has been awarded a contract by the @USNavy to combine #simulation, #syntheticdata, and #ML for enhancement of subterranean site condition assessments.
Read more: https://t.co/UOj4nEt08W
Great to present at the #MFEM Workshop and a huge ty to @TzanioKolev and the MFEM team.
Runner-up in the Sim & Vis Contest: Single phase compressible Euler simulation using a DG discretization for #hypersonic flow around cylindrical obstructions on an arbitrary 2D adaptive grid
We can't wait for the free & virtual #MFEM Community Workshop on Oct 25 https://t.co/VHn7Cmkon5
@DOESBIR has funded the integration of #blastFoam and the #MFEM libraries to create #blastFEM - a very high-performance compressible flow solver.
#FEM#OpenSource#SimulationFriday
🎉 The MFEM community is gathering for its 2nd virtual workshop on October 25th!
👉 Join us if you are interested in finite elements, #HPC applications, or just curious about MFEM.
✓ Visit https://t.co/4jdNa6lfdi
✓ Register (free) by October 11th.
#FEM#OpenSource#mfem2022
Real-time #3D cityscape reconstruction leveraging @NVIDIAA Instant NeRF.
The technique uses #AI to create a 3D scene from 2D images, even filling in the blanks (obscured regions in the images) by training a tiny neural network.
@NVIDIAAIDev#InstantNERFSweepstakes
Synthetik is delighted to announce the launch of blastFoam | CityScape - a terrorism insurance modeling platform that leverages Synthetik’s #blastFoam#CFD software.
Info and validation work: https://t.co/hDzFygelsp
#SimulationFriday#insurance#terrorism#blast
Always delighted to see our work inspiring others across #science and #art. This piece by Mhamad Safa appeared as part of the ‘Countersonics: Radical Sonic Imaginaries’ event in London earlier this month.
Original #blastFoam work here: https://t.co/aKhwm03Abk
#SimulationFriday
New Paper Alert!: "Probabilistic analysis of blast-obstacle interaction in a crowded internal environment", published in Probabilistic Engineering Mechanics with the @SheffieldBlast and @dstlmod.
#SimulationFriday
https://t.co/eXfFzKOJan
Speaker announcement! 🎤
Tim Brewer will be speaking on Computational Modeling and Simulation to Support the Explosives Industry
Register here ➡️ https://t.co/EyLQXj9tGD
Synthetik is delighted to announce the award of a contract from the U.S. Department of Energy (DOE) @DOESBIR to integrate #blastFoam and the ASCR-funded #MFEM libraries.
Read more here: https://t.co/tlqFuggVIZ
#CFD#Opensource
Components that can ‘fail’ based on user-specified criteria have now been added to #blastFoam.
Once the criteria is exceeded, the obstruction is removed from the simulation - this can be based on the entire patch, or per cell for partial failures.
#SimulationFriday#Opensource
Lots of interest in modeling the afterburn of under-oxygenated high explosives.
#blastFoam provides three afterburn models:
1 Constant
2 Linear
3 Miller
Sim: @Livermore_Lab HEAF Tests (Kuhl 1998). 0.8kg TNT. Linear afterburn model [Q 16.3GPa, 2.4ms-4.4ms]
#SimulationFriday
blastFoam-GPU: a GPU-accelerated implementation of the #opensource#blastFoam#CFD solver for high-explosive detonation and airblast.
With support from our @simflow_cfd friends we have leveraged the #RapidCFD CUDA toolbox that allows blastFoam simulations to be run on the GPU.