Projects
Web- Account & Profile
As a UX Design Intern, I had the opportunity to work on an exciting project for Airtel, where I designed their account and profile section for their web browser. From ideation to execution, this case study encompasses all the steps taken to bring the project to fruition. If you have any doubts or queries, I would be delighted to walk you through the case study in detail.
Carbon Auxetic Architectures: Numerical Simulation and Fabrication
This project/thesis provides a review of numerically simulated Auxetic Structure and experimented Auxetic Structure for their Poisson’s ratio values and draws similarities and comparisons. The emphasis is on the geometrical structures and models established based on their width size and it is categorized as 2D and 3D structures. In the thesis, three different auxetic structures were designed in CAD and 3D printed with approximated similar masses, intended as the constant parameter. These specimens were then simulated by Finite Element Analysis in COMSOL before being subjected to tensile testing.
The specific tasks within the thesis project were:
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Developing 2D and 3D Auxetic structures by CAD
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Numeric Simulation in COMSOL for Poisson’s Ratio
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3D printing of Auxetic architectures using Stereolithography based 3D printer
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Carbonization of 2D and 3D printed structures
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Characterization of the carbonized parts for material properties
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Characterization of the structural properties of the 2D and 3D carbon structures and comparison between simulated and experimented values.
Fabrication of carbon nanofiber by Electrospinning and Supercapacitor application
Aims of the Project:
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To obtain optimally sound Carbon nanofibers by optimizing parameters during electrospinning.
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To understand the relation of different parameters like the electric field, the distance between plate and needle, flow rate, carbon content, etc. on the diameter of Carbon nanofibers
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Test the resulting samples for their Electrochemical properties like Capacitance, charge and discharge time. Supercapacitor Application.