Technical

  • Finding the satisficing grain growth parameters in the hot rod rolling process chain problem for the environment provided by Tata Consultancy Services (TCS) – India.
  • Simulating the problem on compromise Decision Support Problem (cDSP) and Decision Support in the Design of Engineering Systems (DSIDES)
  • Robust design (Type I, II and III) for cooling stages of hot rod rolling

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  • Analysis of the refrigeration cycle of Whirlpool 3′ EEV-101484
  • Calculation of the performance parameters and comparison to literature values
  • Potential design improvements for improving the coefficient of performance and improve through a sustainability index

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  • Design methodology for moving the failure analysis to early stages for a more robust design process using computational and experimental procedures
  • Building a prototype testing jig for failure analysis of solar clips used to hold the solar panels together
  • Improving the design of these clips for a faster installation time and longevity
  • Analysis through structural loads, metal fatigue, heat transfer, and electrical conductance, as defined by relevant industry standards (e.g. UL 2703)

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  • Analysis of the pre-load conditions of the wheel lug stud and compression springs in Toyota RAV4 XLE 2015
  • Free body diagrams, statics and stress analysis
  • Fatigue Analysis and Life Expectancy of the components mentioned

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  • Finite Element Analysis of a prototype tissue based on various loading conditions
  • Regression analysis of displacement vs loading conditions on a cell membrane
  • Literature review of various fields in Biomechanics, such as, cell mechanics, brain mechanics, tissue mechanics and bone mechanics

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