Mechanical engineer – thermodynamic analyst - oil & gas

Graduate Student: Research Master in Fluid Dynamics
Department: Turbomachinery and Propulsion
Von Karman Institute V.K.I. for Fluid Dynamics (V.K.I.), Belgium
ECTS: 60.5/60.5, 1 year Degree, Grade: 78 /100

Courses:
 Differential Equations at Fluid Dynamics
 Flow in Turbomachines
 Advance Course of Axial Compressors
 Introduction to Measurement Techniques
 Turbomachinery Labs
 Introduction to C.F.D.

Project
“Stall Inception Investigation of LEMCOTEC H25 Test Section ”
Supervisor: Fabrizio Fontaneto, Associate Professor, Turbomachinery and Propulsion Department, V.K.I.
 Deep and Detailed Bibliographic Research at Stall Inception
 Signal Processing Methods and applications on Synthetic Signals
 Advanced Time - Frequency Analysis (Wavelets, mPOD, Phase – Locked Averaging, etc.)
 Post – Processing of vast Experimental Data
 Crossing the obtained results with the outcomes of the Lit. Survey
 Highlight of Stall Inception Mechanism

Lecture Series:
 “Introduction to Measurement Techniques”, 7–11/10/2019, V.K.I.
 “Introduction to Computational Fluid Dynamics”, 20–24/01/2020, V.K.I.
 “Radial Compressor Design and Optimization”, 18–22/02/2020, V.K.I.

Erasmus Student, School of Mechanical Engineering
Universita degli Studi di Genoa, Italy

Courses
 Aero – Engines (22/30)
 Production Engineering (30/30)
 Production Systems and Management (18/30)

Graduated Student: Integrated Master in Mechanical Engineering
Department: Energy, Specialization in Aeronautics and Powertrains
Aristotle University Of Thessaloniki (A.U.TH.), Greece
ECTS: 300/300, 5 years Degree, Grade: 7,51 /10

Thesis:
“Experimental visualization of compressible flow phenomena in supersonic rotor blades of Organic Rankine Cycle systems ”
Supervisor: Anestis Kalfas, Professor in Turbomachinery, Laboratory of Fluid Mechanics and Turbomachinery of MEng Department at A.U.TH.
 Studying the aerodynamics and the design of the supersonic turbine
 Comparing the experimental results with the C.F.D. analysis of the rotor