Design Engineer Machine
Resume:
Anbarasu S
Kinathukadavu (Tk),
Coimbatore (T.N., INDIA) - 642120.
Email-id:adlh0r@r.postjobfree.com
Mobile No.: 994-***-****
Alt Mob No.: 861*******
PROFESSIONAL SUMMARY
A result oriented CAE engineer with three years of analytical experience in automotive and structural components. Ability to apply CAE skills effectively to evaluate the performance on machine components and optimize their designs. An excellent team player with polished organization, presentation and communication skills.
SKILLSET
CAE/FEA Tools : Abaqus, COSMOS M, HyperMesh(Basic), Solidworks Simulation. Design Tools : Solid Works, CATIA
TECHNICAL SKILL
Machine Design and Fatigue calculations, DFM & DFA, Technical Scope Preparation, RFQ Preparation, Result correlation Process and Technical Documentation based on standards. WORKING EXPERIENCE
Design Engineer at “EGS computers India Pvt Ltd-Chennai” – 3 Years (October 2017 to present) PROFESSIONAL PROJECTS
Evaluating the existing design of 300T Goliath Gantry crane according to IS807 and IS875 standards:
3D surface model of the crane structure has been modelled to develop a detailed FE model using shell elements.
A wind load calculation of the crane structure has been calculated as per IS 875 part 3.
FE model has been validated under different working conditions like normal wind condition and storm wind condition.
Buckling analysis has been carried out for crane structure to validate maximum buckling factor of safety.
TI Electric Vehicle Optimization and FEA Validation:
Existing Vehicle structure is investigated for different loading conditions like normal static loads, combined loads and kerb strike.
Modal Analysis is carried out for checking Resonance conditions of the structure.
Existing design is optimized by considering manufacturing, Strength and stiffness, Assembly feasibility, Cost reduction, Weight reduction, to increase fatigue life, Ease of manufacturing & assembly Validation of Lifting hooks assembly under fatigue conditions:
Lifting hook assembly has been validated under nonlinear static loading and the life cycles have been estimated for Fatigue conditions.
Modal Analysis also carried out for checking Resonance conditions of the structure. Validation of connecting rod under Nonlinear Buckling load condition:
Nonlinear buckling analysis is carried out for a connecting rod used in suspension structure and post buckling behavior has been captured.
The buckling load from FE investigation has been correlated with the test and analytical results. Validation and Optimization of Structure design for Membrane bioreactor:
Existing design is investigated optimized by considering manufacturing, Strength and stiffness, Assembly feasibility, Cost reduction, Weight reduction, to increase fatigue life, Ease of manufacturing & assembly
Buckling analysis is carried out for an entire structure and columns used in structure design and the FE results has been correlated with the test and analytical results.
Linear static analysis is carried out for the brackets and lifting tools used in the structure for maximum loading condition.
The bolt and weld joints in critical areas also been validated and correlated with manual calculations. Optimization and New product Development of Air-suspension system component:
Existing design is investigated under operating condition. Based on results the new concept model has been developed by considering manufacturing process arrived from sheet metal process to casting,
Air suspension components such as Parallel link bracket, compound link bracket, Link channel and sub-frame structure are validated under various static load conditions (cornering load, braking and driving load).
The bolt and weld joints in critical areas also been validated and correlated with manual calculations. New product Development of Envelope folding machine:
Developing a new concept model of Envelope folding machine purely based on design calculations of shafts, gears, pulleys, Cams, Geneva mechanism and bolts. ROLES AND RESPONSIBILITY
Preparing Technical scope documents based on customer requirements.
Developing FE model for validation (Shell extraction, solid model simplifications, etc.)
Material selection, Boundary conditions, Load conditions, meshing process. Mesh quality check and solver selection based on requirements and understanding its merits and demerits.
Validating the structure or a component using Finite Element analysis with appropriate standards.
Optimization of the structure Based on FE analysis results for strength, weight, cost and manufacturability.
Preparing Design calculations and validating final results.
Finding fatigue life of a structure based on different load conditions. ACADEMIC DETAILS
M-Tech CAD/CAM (2017), from SRM University, Kattankulathur with 6.55 CGPA.
B.E. Mechanical l (2014), from Karpagam College of Engineering, Coimbatore with 8.00 CGPA.
HSC (2010), from Government Higher Secondary School, Seripalayam with 87.42%
SSLC (2008), from Government Higher Secondary School, Seripalayam with 95.00% PERSONAL PROFILE
Date of birth : 10th March 1993
Father’s name : Mr. P.Subramaniam
Gender : Male
Nationality : Indian
Languages Known: English, Tamil
DECLARATION
I hereby declare all the information furnished above is true to best of my knowledge and belief. Date : 10-11-2020
Place: Chennai
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