Mehmet A. Guler, Ph.D.


Associate Professor
Department of Mechanical Engineering
TOBB University of Economics &Technology
mguler@etu.edu.tr
Phone: +903122924088
Fax: +903122924182

 
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RESUME

Mehmet A. Guler's resume

 

Industrial Experience

  • TEMSA, Adana, Turkey : (2005 - 2006)
    Chief Engineer

    • Managed all phases of bus rollover simulation projects (ECE R66), including building the FEA models in ANSA, preparation of mass lists, verification of all necessary analysis data (e.g. center of gravity and mass moment of inertias of rigid components, engine, axles, fuel pump, AC etc), analysis setup in LS-DYNA, running, verification, and certification.
    • Performed 3D stress analysis of automotive parts under structural and dynamic loads using ANSYS and determined the critical locations and suggested design changes to obtain maximum life of components.
    • Carried out modal analysis of various type of busses and created animations to illustrate several modes of excitation.

 

  • CD - Adapco(Analysis Design and Application Company), Melville, NY, USA : (2000 - 2005)
    SeniorStructural Engineer
    • Managed all phases of several projects, including customer contact, verification of all necessary analysis data, analysis setup and verification, and reporting.
    • Reviewed contracts with customer to determine analysis requirements and goals and best methods to achieve them.
    • Identified possible causes of failure of a glass lining in a reactor.
    • Conducted single cylinder thermal analysis of a six-cylinder diesel engine to understand the thermal behavior of the cylinder and the head.
    • Performed 3D stress analysis of rotating parts in the gas turbines and compressors under thermal, structural and dynamic loads using ANSYS.
    • Carried out modal analysis of a generator and created a movie to illustrate several modes of excitation.
    • Performed thermal and structural analysis of EGR coolers used in truck engines, identified the regions susceptible to cracking and recommended design changes to obtain maximum life of the components.
    • Models included thermal and structural loading, intermittent contact, friction and non-linear material properties.
    • Generated finite element meshes using PROSTAR based upon geometry defined by CAD data and/or engineering drawings.
    • Designed mesh features based upon anticipated stress levels and priori knowledge of critical areas.
    • Created numerous programs and scripts to automate model generation, analysis set-up, and verification