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Operating Systems : XP/vista/w7.
Office Automation : MS Office and relevant packages
FEA Tool : ANSYS 13
Design Tools :Math CAD, Design Viewer, Unigraphics NX, Pro-E 5.0, Solid Edge ST,
ANSYS 13 :Static structural, Fatigue life, Transient structural, explicit dynamic.
Math CAD :Design calculation
Design Viewer :Force Evaluation of mechanism
Solid Edge ST :Part Design, Sketcher, Assembly Design, Drafting
PRO/E-5.0 :Part Design, Sketcher, Assembly, Drafting
Unigraphics NX :Part Design, Sketcher, Assembly
• 3.8 years of experience in area of Design and Analysis of Construction Equipment and Industrial Products. Have In-depth understanding of development of new products as well as versed with conceptualization and development of Product based on Mechanical Design in CAD system.
Working as Design and FEA Engineer and developed products using latest techniques utilizing tools – Pro-E, Solid edge, AutoCAD etc. & FEA operations done on the ANSYS software.
Current Roles & Responsibilities
-Load case determination and calculation, Kinematic and force calculation, Drive system calculation
-Fatigue load determination and analysis
-Vibration analysis and related calculation like converting PSD from Time Vs Acceleration data, Field Strain gauging and testing of machine structure
-Establishing co-relation between field testing and FEA Result
-3D modeling, Geometry simplification and Crating FE model
1.Construction and agriculture field
Backhoe Loader: Software Tool Used: ANSYS / MathCAD / Creo Elements-Pro
• To find the root cause of fatigue failures for structural components of a Backhoe Loader along with Value Engineering of the Structural components for strength, weight and cost optimization.
• Target was to optimize the structural components in such a way that a minimum of 15000 of hours of Design life is achieved even in most critical operating conditions.
Soil Compactor: ANSYS /Math CAD/ Creo Elements-Pro
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