SIDHARUDHA GURUNATH METRI email: adh2ap@r.postjobfree.com

B.E (MECHANICAL ENGINEERING)

Mob. No.: +91-830*******

https://www.linkedin.com/in/sidharudha-metri

CAREER OBJECTIVE

Result-oriented CAE engineer with two years of experience in FEA and expertise on finite element analysis, simulation and validation along with knowledge of mechanical design and analysis. Aiming to leverage my abilities to successfully fill the CAE engineer role, I can be relied upon to help company achieve its goals. PROFESSIONAL SUMMARY

Currently working as CAE project Engineer in Neusso Engineering Solution Pvt. Ltd.

2+ years of experience in Finite Element Analysis on liner and non-liner problems containing material, contact and geometry non-linearity using various tools like Ansys, hyper mesh.

Proficiency in FE modeling, creating boundary condition and analyzing new products to pre-defined technical specifications.

Knowledge in meshing for shell and solid components using Ansys Workbench, Hyper mesh and able to check mesh against set parameters.

Experience in correlation of experimental test data with FE Analysis results.

Analysis experience in Static Analysis, Modal Analysis

Communicated effectively with clients for their FEA requests by prioritizing deadline and requests.

Develop engineering analysis capabilities in region and standardize workflow to improve work efficiency

Discussed ideas and contributed towards improvement of current designs to avoid mechanical failure and improve product life.

Participate in design and development teams and regularly present analysis results to engineering peers and management to support program objective.

WORK EXPERIENCE

Company Name: Neusso Engineering Solution Pvt. Ltd. Kangaon, Pune. Designation: CAE engineer Mar 10, 2018 to till date

Working as CAE Project Engineer.

Worked on FE Model creation using Hyper mesh & post processing by using Ansys workbench

Learn and understand the design and analysis requirements of the project and prepare the methodology to analyze project as per the FEA technique.

Perform a required analysis using Ansys tool and check results of the project as per the required.

In analysis the major working area are geometry clean up, mid surface extraction, meshing technique, contact and connection for whole assembly, deck preparation, and error debugging, submitting the run and checking model behavior after completion the run.

Preprocessing such as geometry clean up, meshing technique, Tetra Meshing, Boundary Definition, Mesh Interfaces, Solver Setting and Convergence troubleshooting.

Carry out Linear static analysis and Modal analysis to determine the Von- Misses stresses, Deformation developed and Natural Frequency and Mode shape of the various components.

Validate the results as per the FEA.

Prepare a details report on project as per the required to the client.

Communication with client to take feedback on submitted report.

Onsite meeting as per requirement.

Company Name: Neusso Engineering Solution Pvt. Ltd. Kangaon, Pune. Designation: CAE Engineer Internship Mar 2017 – Feb 2018 During my internship, I learned various tools related to hyper mesh and Ansys workbench. Also learned about the work process carried out in the company.

Company Name: Vishakha Engineering Services, Baramati (Pune) Designation: Maintenance Engineer Jan 2015 - Feb 2017

Strategize on maintenance, work instruction and methods.

Plan routine maintenance of plant equipment and machinery.

Operation and maintenance of water complex and daily water testing and records keeping for the audit.

Establish maintenance strategies to install and commission equipment.

Responsibility of maintaining 5S in workplace.

FEA SKILLS

1-D, 2-D analysis in ANSYS. Shell Analysis, 3-D Modeling and Simulation in ANSYS WORKBENCH.

Linear analysis and Non-Linear analysis (material, contact, geometry),

Structural analysis, modal analysis

CAE - Ansys Workbench, Workbench Meshing, hyper mesh

CAD – Siemen’s NX (Part Modeling, Sheet Metal, Surfacing) DOMAIN

Automotive Interior and Exterior Plastic component

BIW parts.

Sheet metal parts

General engineering

CAD product design

PROJECTS UNDERTAKEN

Title: Instrumental Panel (Glove Box, Pab Chute, Centre Fascia, Lower Ip) Environment: Hyper Mesh

Instrument panel (IP), as the largest inner trim parts which directly shown to passengers, have not only beauty and function requires but also NVH and safety request. The vibration and the noise on the dashboard can be directly felt by the pasengers.

The objective of this project is to create FEM model of instrument panel assembly with connections using hyper mesh according to the guidelines and quality parameters set by the customers. Title: Centre Console (Front Console, Rear Console) Environment: Hyper Mesh

The objective of this project is to create FEM model of center console with connections using hyper mesh. Study of complete CAD assembly for penetrations and data loss Perform Geometry cleanup operation to clear unwanted edges and features. Shell mesh of front console, rear console, side flange. Property thickness assigned for static and dynamic analysis Performed intersection checks to all are removed within specified limits. Connection scheme is studied, and all connections are prepared using 1D elements like Rbe2 and Rbe3. Final ppt is prepared and submitted. Title: Analysis of the Bracket for stress performance Environment: hyper mesh- optistruct

Bracket was redesigned and meshed. Material and properties were assigned along with loads, load collectors and simulation was carried out to reduce the overall stress in the Bracket by 10%. Results shows that von-misses stress of the redesigned bracket reduced from 72.6 to 55.8 when compared to original model. Title: Modal and Static Structural Analysis of Earthquake Valves. Environment: Ansys Workbench

The objective of this work was to perform the Modal analysis out In Order To Determine the First Natural Frequency and The Way the Valve Tends to Deform.

The challenge for me to capture all the mode shapes, so the proper geometry was consider from big assembly so that not affect the results.

Next, A Quasi-Static Structural Analysis Has Been Accomplished By Using Seismic Acceleration.

In addition to this, customer wants to check behavior of the valve in static condition. Stresses generated in static condition are check and compared with allowable limits.

The 3D model is meshed in Ansys workbench, by applying boundary condition model is solved for modal analysis. Title: Linear & Non-Linear Analysis of Butterfly Valve. Environment: Ansys Workbench

Linear Analysis Has Been Performed For Given Loading Conditions In Order To Check Stresses & Deformation In Assembly Of Butterfly Valve.

Also the pre stressed modal analysis was performed to check the frequency variation.

Static analysis was performed to check the behavior of valve under static loading.

Next, A Non-Linear Analysis Has Been Performed By Using Frictional Contacts In Order To Check Strength As Well As Leakage Possibilities.

ACADEMIC PROJECT

Title: Preparation of Bio-Diesel and Its Performance Testing On Diesel Engine Karanja oil as Bio diesel is a variable substitute for petroleum based diesel fuel. The results of the study on the performance characteristics of a variable speed compression ignition engine run on biodiesel blends shows that: Biodiesel blends generated marginally lower brake power & BMEP than diesel engine. Finally, the brake thermal efficiency & mechanical efficiency of B10 & B20 is higher than diesel engine. EDUCATIONAL BACKGROUND

B.E. (Mechanical) - BMIT, Solapur - 77.66% (Solapur University) H.S.C - Sangameshwar College, Solapur - 76% (State Board) S.S.C - 83.73% (State Board)

DECLARATION

I hereby declare that all above information provided is true to the best of my knowledge and will be responsible for my candidature.

Date:

Sidharudha Metri

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