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Многофазка в SPH

🚀 Stable high-order, high-resolution simulation of violent two-phase flows I’m excited to share the results of our recent work on advancing high-order SPH methods for two-phase flow simulation. By… 🚀 Stable high-order, high-resolution simulation of violent two-phase flows I’m excited to share the results of our recent work on advancing high-order SPH methods for two-phase flow simulation. By combining: 🔹 Reverse kernel gradient correction 🔹 A two-phase low-dissipation Riemann solver 🔹 Transport velocity formulation —all implemented in the open-source framework SPHinXsys, we achieve highly stable simulations of challenging scenarios such as violent wave breaking, air bubble collapse, www.linkedin.com

Многофазка в SPH

В открытый код SPHinXsys завезли многофазку! А ведь там уже есть и GPU и турбулентность! Красота.

https://www.linkedin.com/posts/xiangyu-hu-tum_stable-high-order-high-resolution-simulation-activity-7366457517859553282-4TY5?utm_source=share&utm_medium=member_desktop&rcm=ACoAAAIB-1wBSy2qdKlEdvn4uXa5JRLKv3rDaxk

[🚀 Stable high-order, high-resolution simulation of violent two-phase flows

I’m excited to share the results of our recent work on advancing high-order SPH methods for two-phase flow simulation.

By… | Xiangyu Hu](https://www.linkedin.com/posts/xiangyu-hu-tum_stable-high-order-high-resolution-simulation-activity-7366457517859553282-4TY5?utm_source=share&utm_medium=member_desktop&rcm=ACoAAAIB-1wBSy2qdKlEdvn4uXa5JRLKv3rDaxk)

https://magicdpd.com/posts/2025-08-27-mnogofazka-v-sph/ Yury Novozhilov