The study focused primarily on a single size distribution of particles and a specific cone angle (60 degrees), which might not perfectly represent all pour-over setups. The researchers acknowledged ...

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At Mach 16, they observed breaks in the flow within the shock layers, near the cone’s tip, where air molecules become more viscous. Interestingly, these breaks were absent at Mach 6 ...

The Grainger College researchers, Dr. Deborah Levin and her PhD student Irmak Taylan Karpuzcu, were fortunate enough to spend time on the highly advanced Frontera computer system at the Texas Advanced ...

Leveraging supercomputing power and custom-built software, they discovered unexpected instabilities and flow breaks around cone-shaped models at Mach 16, disturbances never seen before in previous 2D ...

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Karpuzcu said they observed the breaks near the tip of the cone, and with a shock wave near where the air molecules were closer together, making them more viscous and at Mach 16. "As you increase ...

Karpuzcu said they observed the breaks near the tip of the cone, and with a shock wave near where the air molecules were closer together making them more viscous and at Mach 16. "As you increase ...