#vortexshedding — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #vortexshedding, aggregated by home.social.
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Ah yes, because what the world really needed was a 37x speedup in Lattice Boltzmann cylinder flow 🤦♂️. Clearly, the future of humanity hinges on reducing the cost of simulating vortex shedding 🌀 while the rest of us are just struggling to log into GitHub without existential dread. But go ahead, revolutionize fluid dynamics one cylinder at a time! 🚀
https://github.com/alikamp/Parks-KPBM-Scaling #LatticeBoltzmann #VortexShedding #FluidDynamics #TechRevolution #ExistentialDread #HackerNews #ngated -
Ah yes, because what the world really needed was a 37x speedup in Lattice Boltzmann cylinder flow 🤦♂️. Clearly, the future of humanity hinges on reducing the cost of simulating vortex shedding 🌀 while the rest of us are just struggling to log into GitHub without existential dread. But go ahead, revolutionize fluid dynamics one cylinder at a time! 🚀
https://github.com/alikamp/Parks-KPBM-Scaling #LatticeBoltzmann #VortexShedding #FluidDynamics #TechRevolution #ExistentialDread #HackerNews #ngated -
Ah yes, because what the world really needed was a 37x speedup in Lattice Boltzmann cylinder flow 🤦♂️. Clearly, the future of humanity hinges on reducing the cost of simulating vortex shedding 🌀 while the rest of us are just struggling to log into GitHub without existential dread. But go ahead, revolutionize fluid dynamics one cylinder at a time! 🚀
https://github.com/alikamp/Parks-KPBM-Scaling #LatticeBoltzmann #VortexShedding #FluidDynamics #TechRevolution #ExistentialDread #HackerNews #ngated -
Ah yes, because what the world really needed was a 37x speedup in Lattice Boltzmann cylinder flow 🤦♂️. Clearly, the future of humanity hinges on reducing the cost of simulating vortex shedding 🌀 while the rest of us are just struggling to log into GitHub without existential dread. But go ahead, revolutionize fluid dynamics one cylinder at a time! 🚀
https://github.com/alikamp/Parks-KPBM-Scaling #LatticeBoltzmann #VortexShedding #FluidDynamics #TechRevolution #ExistentialDread #HackerNews #ngated -
Ah yes, because what the world really needed was a 37x speedup in Lattice Boltzmann cylinder flow 🤦♂️. Clearly, the future of humanity hinges on reducing the cost of simulating vortex shedding 🌀 while the rest of us are just struggling to log into GitHub without existential dread. But go ahead, revolutionize fluid dynamics one cylinder at a time! 🚀
https://github.com/alikamp/Parks-KPBM-Scaling #LatticeBoltzmann #VortexShedding #FluidDynamics #TechRevolution #ExistentialDread #HackerNews #ngated -
“Kirigami Sun”
Kirigami is a variation of origami in which paper can be cut as well as folded. Here, researchers look at flow through a cut kirigami sheet and how that flow changes with the cuts’ length. In the top central image, white lines mark the paper boundaries. As the cut gaps get larger, flow through them transitions from a continuous jet to swirling vortex shedding. Along the bottom, we see similar patterns emerge in the wake of uniformly-cut sheets, too. On the right, the flow comes through in jets; moving leftward, it transitions to an unsteady vortex shedding flow. (Image credit: D. Caraeni and Y. Modarres-Sadeghi)
#2024gofm #flowVisualization #fluidDynamics #jets #physics #science #vortexShedding
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“Kirigami Sun”
Kirigami is a variation of origami in which paper can be cut as well as folded. Here, researchers look at flow through a cut kirigami sheet and how that flow changes with the cuts’ length. In the top central image, white lines mark the paper boundaries. As the cut gaps get larger, flow through them transitions from a continuous jet to swirling vortex shedding. Along the bottom, we see similar patterns emerge in the wake of uniformly-cut sheets, too. On the right, the flow comes through in jets; moving leftward, it transitions to an unsteady vortex shedding flow. (Image credit: D. Caraeni and Y. Modarres-Sadeghi)
#2024gofm #flowVisualization #fluidDynamics #jets #physics #science #vortexShedding
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“Kirigami Sun”
Kirigami is a variation of origami in which paper can be cut as well as folded. Here, researchers look at flow through a cut kirigami sheet and how that flow changes with the cuts’ length. In the top central image, white lines mark the paper boundaries. As the cut gaps get larger, flow through them transitions from a continuous jet to swirling vortex shedding. Along the bottom, we see similar patterns emerge in the wake of uniformly-cut sheets, too. On the right, the flow comes through in jets; moving leftward, it transitions to an unsteady vortex shedding flow. (Image credit: D. Caraeni and Y. Modarres-Sadeghi)
#2024gofm #flowVisualization #fluidDynamics #jets #physics #science #vortexShedding
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“Kirigami Sun”
Kirigami is a variation of origami in which paper can be cut as well as folded. Here, researchers look at flow through a cut kirigami sheet and how that flow changes with the cuts’ length. In the top central image, white lines mark the paper boundaries. As the cut gaps get larger, flow through them transitions from a continuous jet to swirling vortex shedding. Along the bottom, we see similar patterns emerge in the wake of uniformly-cut sheets, too. On the right, the flow comes through in jets; moving leftward, it transitions to an unsteady vortex shedding flow. (Image credit: D. Caraeni and Y. Modarres-Sadeghi)
#2024gofm #flowVisualization #fluidDynamics #jets #physics #science #vortexShedding
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“Kirigami Sun”
Kirigami is a variation of origami in which paper can be cut as well as folded. Here, researchers look at flow through a cut kirigami sheet and how that flow changes with the cuts’ length. In the top central image, white lines mark the paper boundaries. As the cut gaps get larger, flow through them transitions from a continuous jet to swirling vortex shedding. Along the bottom, we see similar patterns emerge in the wake of uniformly-cut sheets, too. On the right, the flow comes through in jets; moving leftward, it transitions to an unsteady vortex shedding flow. (Image credit: D. Caraeni and Y. Modarres-Sadeghi)
#2024gofm #flowVisualization #fluidDynamics #jets #physics #science #vortexShedding