• Development of simulation methods (CFD) for cavitating flows depending on surface structure and air content
• Modeling of cavitating flows with a focus on cavitation-induced air release, compressibility, and prediction of flow aggressiveness
   

Fluid and manufacturing influence on cavitation

Liu, Z., Haese, M. & Skoda, R. (2025). Numerical 3D flow simulation of cloud cavitation on a hydrofoil induced by re-entrant jets and bubbly shock waves. IOP Conference Series: Earth and Environmental Science, 1561, 012008. DOI: 10.1088/1755-1315/1561/1/012008. BibTex

Liu, Z., Gianfelice, T. & Skoda, R. (2025). 3D flow simulation of cloud cavitation over a hydrofoil with artificial surface roughness. 10. Workshop Kavitation, 05.-07. November, Drübeck, Deutschland.

Liu, Z., Haese, M. & Skoda, R. (2025). Numerical 3D flow simulation of cloud cavitation on a hydrofoil induced by re-entrant jets and bubbly shock waves. 10th IAHR Workgroup Meeting on Cavitation and Dynamic Problems in Hydraulic Machinery and Systems 2025, 01.-02. Oktober, Brno, Czech Republic.

Garsoffke, T., Studie zur numerischen Simulation der Kavitation in einem binären Gemisch am Beispiel einer Freistrahlströmung, Diplomarbeit, 2025.

Mistler, P., Untersuchung viskoser Dämpfungszonen zur Realisierung reflexionsfreier Randbedingungen in der numerischen Strömungssimulation, Bachelorarbeit, 2025.