Event: ENERGY in TRANSPORTATION 2017 Date: Saturday October 21, 2017 Place: Athens, Hellas © δ.α.χ. 2017 page [1/1] CV_Priovolos.docx Thursday 5 October 17 # Andreas Priovolos Naval Architecture & Marine Engineering Graduate Title: Engineering Student (Graduate), National Technical University of Athens, Greece email: [email protected] Presentation title: Optimization of Flapping Foil Motion in Ship Propulsion for Maximum Thrust Augmentation A state-of-the-art application for thrust augmentation in ship propulsion based on biomimetics is the flapping hydrofoil system, where the foil is subjected in a combination of two periodic (sinusoidal) motions, namely a heaving motion and a pitching motion with a phase lag between them. In this work, the amplitude and frequency of the heaving and pitching motions and the phase lag are considered as key parameters. Parametric studies are performed in order to explore the trends of the flapping foil performance and useful conclusions are drawn. Furthermore, a static optimization problem is defined and solved in order to seek the values of the motion parameters that optimize propulsion efficiency. The optimal solution yields very low thrust, dictating that rather suitable multi-objective problems have to be solved in order to obtain practical and profitable solutions. CV: EDUCATION: (2011- 2017) Master’s degree National Technical University of Athens, Greece. Major: Naval Architecture & Marine Engineering. Final grade: 8.6/10. WORK EXPERIENCE: (2016) Assistant ship surveyor in Hellenic Ministry of Maritime Affairs Participated in surveys concerning ISM/ISPS codes and hull integrity, assessed structural and accommodation plans according to Flag State regulations and initiated the digitalization of the department’s archive AWARDS: (2015) Scholarship from American Bureau of Shipping (ABS) for exceptional performance in school of Naval Architecture and Marine Engineering PUBLICATIONS: • Priovolos A.K., Filippas E.S., Belibassakis K.A. (2017), Effect of chordwise flexibility on flapping foil thruster performance by Discrete Vortex Method, Proc.17 th Int. Congress of the International Maritime Association of the Mediterranean (IMAM2017), Lisbon, Portugal • Bonis I., Koubogiannis D.G., Priovolos A., Belibassakis K. (2017), Optimization of Flapping Foil Motion in Ship Propulsion for Maximum thrust augmentation, EinT2017 – 2 nd International Conference “ENERGY in TRANSPORTATION” 2017 SKILLS: Design Software (AutoCAD, Autodesk Inventor, Rhinoceros, AVEVA Marine/Tribon M3), Programming/Computational tools (MATLAB/Simulink, Octave, Fortran, MathCAD), Additional (Machine Learning – Entry level)
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Event: ENERGYinTRANSPORTATION2017Date: SaturdayOctober21,2017 Place: Athens,Hellas
© δ.α.χ. 2017 page [1/1] CV_Priovolos.docx Thursday 5 October 17
#Andreas Priovolos
Naval Architecture & Marine Engineering Graduate
Title: Engineering Student (Graduate), National Technical University of Athens, Greece
email: [email protected] �
Presentationtitle: Optimization of Flapping Foil Motion in Ship Propulsion for Maximum Thrust Augmentation
A state-of-the-art application for thrust augmentation in ship propulsion based on biomimetics is the flapping hydrofoil system, where the foil is subjected in a combination of two periodic (sinusoidal) motions, namely a heaving motion and a pitching motion with a phase lag between them. In this work, the amplitude and frequency of the heaving and pitching motions and the phase lag are considered as key parameters. Parametric studies are performed in order to explore the trends of the flapping foil performance and useful conclusions are drawn. Furthermore, a static optimization problem is defined and solved in order to seek the values of the motion parameters that optimize propulsion efficiency. The optimal solution yields very low thrust, dictating that rather suitable multi-objective problems have to be solved in order to obtain practical and profitable solutions.
CV: EDUCATION: (2011- 2017) Master’s degree National Technical University of Athens, Greece. Major: Naval Architecture & Marine Engineering. Final grade: 8.6/10. WORK EXPERIENCE: (2016) Assistant ship surveyor in Hellenic Ministry of Maritime Affairs Participated in surveys concerning ISM/ISPS codes and hull integrity, assessed structural and accommodation plans according to Flag State regulations and initiated the digitalization of the department’s archive AWARDS: (2015) Scholarship from American Bureau of Shipping (ABS) for exceptional performance in school of Naval Architecture and Marine Engineering PUBLICATIONS:
• Priovolos A.K., Filippas E.S., Belibassakis K.A. (2017), Effect of chordwise flexibility on flapping foil thruster performance by Discrete Vortex Method, Proc.17th Int. Congress of the International Maritime Association of the Mediterranean (IMAM2017), Lisbon, Portugal
• Bonis I., Koubogiannis D.G., Priovolos A., Belibassakis K. (2017), Optimization of Flapping Foil Motion in Ship Propulsion for Maximum thrust augmentation, EinT2017 – 2nd International Conference “ENERGY in TRANSPORTATION” 2017
SKILLS: Design Software (AutoCAD, Autodesk Inventor, Rhinoceros, AVEVA Marine/Tribon M3), Programming/Computational tools (MATLAB/Simulink, Octave, Fortran, MathCAD), Additional (Machine Learning – Entry level)
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