2+ years of experience in FEA/CAE Analyst
Resume:
Harinath Reddy
**th Cross, 5th Phase
J. P. Nagar, Bangalore-560078
q5ltb0@r.postjobfree.com
CAREER OBJECTIVE
Seeking a career as a high-level CAE Engineer in a reputed company to develop solutions for the company and give high quality results for the jobs and duties being undertaken.
SUMMARY
• Working as FEA Engineer with David Brown Gear Systems Ltd, Bangalore Contract Employee on the payroll of HR India from Mar 2012 - till date( For know more about us, please visit www.davidbrown.com)
• Worked as CAE Analyst with Concurrent Analysis Private Limited, Hyderabad from Aug 2009 – Mar 2012. ( For know more about us, please visit www.capl.co.in)
PROFESSIONAL CERTIFICATION
• Hypermesh Certification Form Zuti Engineering Solutions, Hyderabad (Altair Certified).
• Ansys Certification Form ANSYS Software Pvt. Ltd, Bangalore.
TECHNICAL KNOWLEDGE
• Over 2 years 6 Months of experience in Computer Aided Engineering (CAE), Finite Element Analysis (FEA) for real world products from Aug 2009 to till date and able to work in almost all aspects of 1D/2D/3D CAD modeling and Finite Element Analysis (FEA) including Mechanical Components, Structures and Heat Transfer analysis in Aerospace and locomotive domains.
• Analysis experience in Linear Static Analysis, Nonlinear analysis, Modal Analysis, Dynamic Analysis, Thermal Analysis.
• Good quality fine mesh generation in Hypermesh for Shell and Solid components.
• In analysis the major working areas are meshing, connections for the whole assembly, deck preparation, error debugging, submitting the run and checking model behavior after completion of the run.
• Good Significant experience in the area of Aerospace bodies and heavy machine equipment.
ACADEMIC QUALIFICATION
• Bachelor of Technology (Mechanical Engineering)from NIET,JNTUH with 60% during 2005-2009
• Intermediate from Board of Intermediate Education, AP with 58.1%
• SSC from Board of Secondary Education, AP with 71.6%
Working for David Brown Gear Systems,Bangalore: Mar 2012 - till date
Designation: FEA Engineer
Responsibilities:
• Analyzed power transmission systems such as indusial gear units, wind turbine gear units, Tidal turbine gear units, high/Low speed gear boxes using Ansys classic and workbench.
• Planning and estimation of the project hours. Guiding and executing the project.
Project Executed:
1) Finite Element Modeling and Analysis of Gear Case analysis
Environment : Ansys workbench 13
Description : The scope of the project is complete FE modeling of various gear cases (industrial, low & high speed) body with solid elements. Defined all contacts and screw connections needs to be modeled with beam elements. Gear case needs to be checked for its required gear meshing frequencies by conducting Dynamic Analysis and for Structural rigidity conducting nonlinear analysis and prepared the detailed report on the obtained results.
2) Finite Element Modeling and Analysis of bearing distortion analysis
Environment : Ansys workbench 13
Description : Gear case bearing bores are analyzed under bearing loads to check the amount of distortion as these loads are applied in a parabolic distribution with a cosine function. The distortions are validated against the bearing bore tolerance limit. The bearing distortions are even represented graphically.
3) Finite Element Modeling and Analysis of Wind turbine gear unit and planet carrier analysis
Environment : Ansys workbench 13
Description : A separate analysis is carried out for wind turbine gear unit and planet carrier assembly. The WT gear unit is analyzed for its structural stiffness and possible material yield under nominal power condition where as in the planet carrier assembly the circumferential displacement and stress across the face of planet gear is reported. Flexible pins are also analyzed to check the force distribution among the planets while transmitting the torque.
4) Finite Element Modeling and Analysis of Base plate analysis
Environment : Ansys workbench 13
Description : Base plate is used as a platform to mount unbalanced weights of gear unit and motor. Gear case input shaft is connected to the motor to get the power through breaks and clutches. The plate is analyzed for its structural stability and also to see the torque arm holding capacity to avoid the plate to turn around.
Working for Concurrent Analysis Private Limited, Hyd: Aug 2009- Feb 2012
Designation: CAE Analyst
Responsibilities:
• Modeling of all the parts, defined contacts, prepared input deck for ANSYS solver and carried analysis and views the results in Hyper View and prepared the detailed report on the obtained results.
• Work involves 3D modeling of different Engineering, Aerospace and Automobile components using Solid works.
• Analyzing the 3D models generated in CAD software using Ansys. Preprocessing is done in Hypermesh.
Project Executed:
1) Finite Element Modeling and Analysis of Canted Proportional Solid Motor
Environment : Hypermesh10, Ansys classic 11.
Client : DRDL
Description : The scope of the project is complete modeling of CANPSM body with hex elements. In the process of meshing all perpendicular welds needs to be connected by merging the nodes, all parallel welds needs to be connected by giving double thickness, screw connections needs to be modeled with beam and rigid spider elements and one layer of shell elements needs to be introduced in to the solid elements where solid hex mesh and shell meshes interface. Finally deck needs to be prepared for ANSYS ran.
2) Finite Element Modeling and Analysis of Straight Nozzle
Environment : Hypermesh10, Ansys classic 11
Client : DRDL
Description : The scope of the project is complete modeling of ST body with 2D – symmetric. In the process of meshing all perpendicular welds needs to be connected by merging the nodes. Finally deck needs to be prepared for ANSYS ran.
3) Finite Element Modeling and Analysis of Electrical cabinet box
Environment : Hypermesh10, Ansys classic 11
Client : DRDL
Description : The scope of this project is to FE modeling of frame and other parts with shell elements, electrical parts needs to be represented by mass elements, mass balancing and deck preparation for ANSYS. Electrical cabinet needs to be checked for its required natural frequencies by conducting Modal analysis.
4) Finite Element Modeling and Analysis of Ship Propeller
Client : NSTL
Environment : Hypermesh10
Description : The scope of the project is complete modeling of Ship Propeller body with shell elements and hex elements where ever is required. In the process of meshing all perpendicular welds needs to be connected by merging the nodes, all parallel welds needs to be connected by giving double thickness, screw connections needs to be modeled with beam and rigid spider elements and one layer of shell elements need to be introduced in to the solid elements where solid hex mesh and shell meshes interface. Finally deck needs to be prepared for CFD ran.
PERSONAL INFORMATION
Full Name P.Harinath Reddy
Father’s Name P.Murali Mohan Reddy
Date of birth 12th Aug, 1986
Marital Status Single
Pan Num BSEPP6721N
Present Location Bangalore
Nationality Indian
Permanent Address H NO 8-7-92/135, Plot No -135,
Anupama Nagar Colony, Hasthinapuram,
L B Nagar, Hyd, AP-500078.
I hereby declare that the above information is true to the best of my knowledge & belief.
Place:
Date: (P.Harinath Reddy)
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