Designing Materials and Mechanical Metamaterials
Applying Solid Mechanics to Design Better Metamaterials. Prospective PhD student in the field of Solid Mechanics (Statics and Dynamics).
Mechanical Design Engineer
I work on the mechanical response of auxetic metamaterials. I utilize concepts of mechanics of materials to derive closed-form mathematical expressions for overall mechanical properties of auxetics. I use Abaqus for Finite Element Analysis. I have used the quasi-static compression test, Split-Hopkinson Pressure Bar test, drop mass test, etc. in my research work.
Job Experience
1 Year
Degree
BE, MS
Visualizing Your Ideas
Ideas
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Concept
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Testing
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Result
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Work Experience
Mechanical Design Engineer (Pressure Vessel)
June 2009 – August 2010
Education
IIT Madras
2021 – (Ongoing)
Jadavpur University
2016 – 2020
Skills
- Strength of Materials
- Metamaterials
- Mathematical Analysis
- Numerical Analysis
- Experimental Analysis
- Optimization Techniques
- Pattern Recognition and Machine Learning
- Mechanics
Tools
- Abaqus
- MATLAB
- Python Code (Basics)
- Microsoft Office
- Inkscape
- GIMP
- AutoCAD
- Fusion 360
Big Ideas, Creative Designs
01
Graphic Designer Awards
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June 15, 2020
02
Designer Academy Awards
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August 10, 2021
03
Best UI/UX Designer Awards
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March 25, 2021
04
Most Young Innovative Awards
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April 30, 2022
Publications
Impact Analysis of Auxetics
Validation of Abaqus simulation of Drop Mass Test results with experiment, using quasi-static compression and Split Hopkinson Pressure Bar test results of PLA specimens to generate the material model.
Review of mechanical properties and impact response of PLA auxetic structures
Reviewed the effect of parent materials, 3D printing process parameters and topology of architected meta-materials.
Analysis of S-structure Under Transverse Load
The method is similar to the longitudinal paper, but in the case of transverse load, there exists an unbalanced moment at the unit cell level, which is balanced due to interconnection of adjacent cells and unbalanced moment of the opposite sign in them.
Analysis of S-structure Under Longitudinal Load
Used Timoshenko Beam theory and Castigliano’s Second theorem to obtain overall mechanical properties of S-structure. Validated using Abaqus simulation results.
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Prospective PhD Student!
Research Interest: Mechanics, Strength of Materials, Mechanical Metamaterials.