Yue Sun
@yuesun.bsky.social
Van Vleck Visiting Assistant Professor @ UW–Madison | paper marbler
Fluid/solid simulation, math modeling, and scientific visualization 💻🌊🎨
PhD in Applied Math @ Harvard SEAS
Fluid/solid simulation, math modeling, and scientific visualization 💻🌊🎨
PhD in Applied Math @ Harvard SEAS
Congrats!! I tried following the paper to make cacio e pepe and it was indeed much better!
September 22, 2025 at 4:35 PM
Congrats!! I tried following the paper to make cacio e pepe and it was indeed much better!
🟠 Squishy solids are simulated using the reference map technique.
🌊 Fluids are simulated using the lattice Boltzmann method.
🟪 FSI is smoothly coupled on one computational grid.
🙏 This project took many years to complete. Thank you to my advisor Chris Rycroft for your guidance and support! (3/3)
🌊 Fluids are simulated using the lattice Boltzmann method.
🟪 FSI is smoothly coupled on one computational grid.
🙏 This project took many years to complete. Thank you to my advisor Chris Rycroft for your guidance and support! (3/3)
January 30, 2025 at 3:54 PM
🟠 Squishy solids are simulated using the reference map technique.
🌊 Fluids are simulated using the lattice Boltzmann method.
🟪 FSI is smoothly coupled on one computational grid.
🙏 This project took many years to complete. Thank you to my advisor Chris Rycroft for your guidance and support! (3/3)
🌊 Fluids are simulated using the lattice Boltzmann method.
🟪 FSI is smoothly coupled on one computational grid.
🙏 This project took many years to complete. Thank you to my advisor Chris Rycroft for your guidance and support! (3/3)
🆕 Our lattice Boltzmann reference map technique (LBRMT) introduces a new way to couple moving deformable solids of different densities with LB fluids—using one grid to run them all. It can simulate rotating, settling/floating, actuating with applications in complex suspensions & active matter. (2/3)
January 30, 2025 at 3:54 PM
🆕 Our lattice Boltzmann reference map technique (LBRMT) introduces a new way to couple moving deformable solids of different densities with LB fluids—using one grid to run them all. It can simulate rotating, settling/floating, actuating with applications in complex suspensions & active matter. (2/3)