FEA Engineer: Ansys Casings and Rotors

<strong>Job Requirements </strong><br><ul><li>Execute complex tasks within high performing FEA team. </li><li>Do hand calculations leveraging a strong foundation in engineering fundamentals.</li><li>Performing steady state and transient thermal, structural and thermo-mechanical analysis.</li><li>Do analytical calculations of bolted/welded constructions.</li><li>Understand and define contacts, conducting nonlinear analysis, vibration analysis, buckling analysis, etc.</li><li>Thorough understanding of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics.</li><li>Drive technical solutions and engage in reviews with both internal and external customers.</li><li>Writing of analysis reports and certification reports.</li><li>Ensuring timely and high-quality deliveries for complex development projects.</li><li>Have a solutioning mindset and approach to work.</li></ul><br><br><strong>Work Experience </strong><br><ul><li>Experience in performing static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine static & especially Casings using commercial software such as Ansys (Classic/Workbench), Abaqus and APDL. Good in meshing with Ansys Classic & WB. </li><li>Engineer is expected to have solid understanding of Critical Parts and Reliability Sensitivity component</li><li>Good understanding of ANSYS Element library.</li><li>Knowledge of NX, Cleaning up models & local modifications Graduate/Post Graduate in Mechanical engineering or equivalent with 6 to 10 years of experience in finite element analysis (FEA) especially in turbomachinery domain.</li><li>Strong fundamental in Finite element methods and solid mechanics.</li><li>Experience in product design of turbomachinery i.e., Gas turbine, steam turbine will be preferred.</li><li>Experience in performing strength assessment as per ASME BPV Sec VIII Code.</li><li>Experience in Rotor dynamics is an added advantage.</li><li>Performing low cycle fatigue, high cycle fatigue and detailed fracture mechanics assessments of Gas turbine static & rotating components.</li></ul><br><br>