Department of Fluid Mechanics

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3. Gábor Daku

Contact

 Bertalan Lajos str. 4-6., Budapest 1111

 Building AE

 Room 105

 + 36-1-463-4074

  E-MAIL

 Consulting hours:  contact in email

Qualification, title, studies

BSc (2018): Budapest University of Technology and Economics, Faculty of Mechanical Engineering, mechanical engineer
MSc (2020): Budapest University of Technology and Economics, Faculty of Mechanical Engineering, mechanical engineer

Publication list 16

• Daku Gábor (Áramlástan);Vad János (Áramlástan): Analysis of shed vortices in the wake of an airfoil profile relevant to low-speed axial flow rotors — INTERNATIONAL JOURNAL OF HEAT AND FLUID FLOW 0142-727X 1879-2278 (2026)
• Daku Gábor (Áramlástan);Vad János (Áramlástan);Kovács Kinga Andrea (Áramlástan);Balla Esztella Éva (Áramlástan);Janiga Gábor (műszaki tudományok): Numerical investigation of the vortex shedding phenomenon from a circular-arc-cambered plate profile relevant to low-speed axial flow rotor blades — (2025)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Computational and analytical modelling of vortex shedding from a low-speed axial flow rotor blade profile from the perspectives of noise generation and blade vibration — (2025)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Áramlástan — (2024)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Enhanced Modelling of the Phenomenon of Vortex Shedding From a Low-Speed Axial Flow Rotor Blade Profile — (2024)

More 11 items 

• Daku Gábor (Áramlástan);Vad János (Áramlástan): A Comprehensive Analytical Model for Vortex Shedding from Low-Speed Axial Fan Blades — JOURNAL OF TURBOMACHINERY-TRANSACTIONS OF THE ASME 0889-504X 1528-8900 145/7 (2023)
• Kocsis Bálint (Áramlástan);Daku Gábor (Áramlástan);Vad János (Áramlástan);Benedek Tamás (Áramlástan);Ferenczy Péter (áramlástan);Balla Esztella Éva (Áramlástan): Aerodynamic and acoustic studies on a radial fan family developed for increased specific flow rate of dust-laden gases — (2023)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Profile vortex shedding from low-speed axial fan rotor blades: a modelling overview — PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART A-JOURNAL OF POWER AND ENERGY 0957-6509 2041-2967 236/2 349-363 old. (2022)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Preliminary Design Guidelines for Considering the Vibration and Noise of Low-Speed Axial Fans Due to Profile Vortex Shedding — INTERNATIONAL JOURNAL OF TURBOMACHINERY PROPULSION AND POWER 2504-186X 7/1 (2022)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): A Comprehensive Analytical Model for Vortex Shedding From Low-Speed Axial Fan Blades — (2022)
• Kocsis Bálint (Áramlástan);Daku Gábor (Áramlástan);Vad János (Áramlástan);Benedek Tamás (Áramlástan);Ferenczy Péter (áramlástan);Balla Esztella Éva (Áramlástan): Development of a radial flow fan family for contaminated gases of relatively high flow rate — 262-272 old. (2022)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Erratum to “Profile vortex shedding from low-speed axial fan rotor blades: A modelling overview” — PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART A-JOURNAL OF POWER AND ENERGY 0957-6509 2041-2967 237/1 213-213 old. (2022)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Experiment-Based Preliminary Design Guidelines for Consideration of Profile Vortex Shedding From Low-Speed Axial Fan Blades — JOURNAL OF TURBOMACHINERY-TRANSACTIONS OF THE ASME 0889-504X 1528-8900 143/6 (2021)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Semi-Empirical Design Guidelines for Controlling the Vibration and Noise of Low-Speed Axial Fans due to Profile Vortex Shedding — (2021)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Mérés-alapú előtervezési irányelvek axiális ventilátor-lapátokról leúszó örvények figyelembe vételére [Experiment-based preliminary design guidelines for consideration of profile vortex shedding from low-speed axial blades] — 97-100 old. (2020)
• Daku Gábor (Áramlástan);Vad János (Áramlástan): Experiment-Based Preliminary Design Guidelines for Consideration of Profile Vortex Shedding From Low-Speed Axial Fan Blades — (2020)

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