saeed bornassi

• Blade tip timing measurement for the dynamic characterization of the rotating bladed discs • Developing advanced techniques for data processing of the vibration signal • A submitted journal paper plus another journal paper preparation

• Extensive gas turbine components design (including compressor and turbine blades, vanes, casings, combustion chambers,…) • Performing various FEM analysis of gas turbine components in ANSYS software (Static, modal, thermal, thermo-mechanical, aero-mechanical, etc.) • Modeling and drawing mechanical components in CAD software (Siemens NX, Solidworks, …) • Design and analysis of R&D compressor test stand for using in aerodynamic researches • Vibration measurements of compressor and turbine blades

• Coordinating and supervising of the team project (contains 2 PhD students and 2 master students) • Developing the structure and aerodynamic modeling of the problem and deriving the mathematical equations of the system • Developing an in-house code in MATLAB environment for investigating the structural dynamics and aeroelasticity behavior of the gas turbine blades • Code main capabilities: Plotting Campbell diagram, flutter prediction, forced response analysis, stress calculation and …)

Aeroelasticy and Vibration Analysis of a Turbomachinery Cascade with Magnetorheological Elastomers (MREs) Based Adaptive Blades. (Along PhD I was also working as a full time mechanical engineer at the MAPNA Turbine Engineering and Manufacturing Company)

Acoustoelastic Simulation of Baffled Enclosures Using Finite and Boundary Element Methods Programming.

Crack Detection in Uniformed and Tapered Beams by Using Vibration Analysis.