Our research areas

Hydraulic machines

Pump and water network optimization, system operation development

Hemodynamics

Blood flow, aneurysm treatment, vascular network modeling

Bubble dynamics

Sonochemistry, chemical applications of cavitation

Non-Newtonian media

Flow and transport problems of non-Newtonian fluids

Flow stability and aeroacoustics

Drag reduction, turbulence delay, noise reduction, noise generation modeling

Pressure relief valve dynamics

Valve vibration reduction

At the forefront of research.

We publish our work in recognized international and domestic journals.
Statistics for the last 5 years:

121

Publication in the last 5 years

98

Impact factor publication

60

Q1 rated

34

D1 rated

Our publications

Our latest publications are available in the Hungarian Science Bibliography

Research groups

Blood Flow Research Group

Human blood flow modeling, aneurysm treatment development

Bubble Dynamics and Sonochemical Research Group

Modeling bubble dynamics with GPU methods and its applications in the chemical industry

Non-Newtonian Flows Research Group

Development of non-Newtonian materials, flow modeling and industrial applications

Flow Stability Research Group

Noise source and propagation modeling, flow stability testing, air resistance reduction

Large Pipe Networks Research Group

Modeling of steady and transient processes in pipe networks, gas and liquid flow analysis

International collaborations:

International projects

GEMINI-DTH

Next-Generation Multi-Scale Digital Twins for Patients with Ischemic and Hemorrhagic Stroke
Development of validated, patient-specific treatment simulations for the management of cerebral aneurysms using flow-modifying devices.

dth-gemini.eu

In Silico World

Promoting the widespread application of In Silico studies.
Development of an in silico tool for the virtual treatment of cerebral aneurysms using flow-modifying stents.

insilico.world