Basic research and education

• Fundamental research in the field of hydraulic machinery.
• Fundamental research in the field of numerical flow analysis.
• Computational fluid dynamics in hydraulic machines; stationary and rotating parts with prediction of hydraulic and cavitation characteristics.
• Fundamental research of cavitation using numerical methods.
• Transient rotor – stator interaction analysis using numerical methods.
• Numerical analysis of free surface flow.
• Postgraduate education in the field of hydraulic machinery, numerical methods, model and site testing.

See also: model testing for turbines and pumps