Skill-Lync learner
Siva Prasad
Mechanical Engineer | Computational Fluid Dynamics | Computational Combustion | IC Engines | Converge CFD | OpenFoam | Matlab | Python | Cantera
chennai, Tamil Nadu25 projects2 certificatesLearning since Mar 2019
I'm a Mechanical Engineer with fascination towards Computational Fluid Dynamics. I enjoy finding solutions to engineering problems, performing computational simulations and writing code. In the past, I worked at Lear Automotive India- Chennai as a Graduate Engineer Trainee in Continuous Improvement where I participated in effecting several improvements in the areas of safety, ergonomics, quality, productivity and cost savings through the application of Kaizen and various Lean Manufacturing techniques. This portfolio incorporates all my projects in Computational Fluid Dynamics where I have demo
Education
- B.E, Mechanical EngineeringTagore Engineering College2012 – 2016
- 12thS.H.I.R.S2011 – 2012
- 10thS.H.I.R.S2009 – 2010
Certificates2 course certificates
2 course certificates
earned on Skill-Lync.
- Course completion · Issued Jun 2021Introduction to CFD using MATLAB and OpenFOAMView certificate
- Course completion · Issued Jun 2021Computational Combustion Using Python and CanteraView certificate
Portfolio25 projects
25 projects
built on Skill-Lync.
- Challenge · Aug 2023Week 3 - 2D meshing for Sheet metal
- Project · Dec 2019Deriving fourth order scheme for central and skewed difference approximations for a second order derivative using Taylor s table and graphically comparing the errors resulting from these approaches
- Project · Nov 2019Deriving the Reynold s Averaged Navier-Stokes RANS Equations- Literature ReviewCFD
- Project · Oct 2019Shock Tube simulation in Converge CFDCFD
- Project · Oct 2019Conjugate Heat Transfer Simulation using Converge CFD
- Project · Oct 2019Simulating the Prandtl- Meyer Shock problem in Converge CFD
- Project · Sept 2019Steady-state simulation of flow over a throttle body using Converge CFDCFD
- Project · Sept 2019Steady-state simulation of or flow over a backward facing step using Converge CFDCFD
- Project · Sept 2019Steady-state simulation of air flow inside a 2D channel using Converge CFDCFD
- Project · Aug 2019Performing 1D Flame Speed Analysis for the combustion of Methane and Hydrogen using Python and Cantera
- Project · Aug 2019Reaction Mechanism Reduction code for GRI30 mechanism using Python and Cantera
- Project · Aug 2019Steady and Transient analysis of 2D heat equation with implicit and explicit methods using Jacobi Gauss-Seidel and SOR iterative solvers in Matlab
Show all 25 projects
- Project · Aug 2019Simulating motion of a simple pendulum with damping in Matlab using smart updation
- Project · Aug 2019Simulating a quasi-one-directional subsonic-supersonic nozzle flow using MacCormack s technique and drawing comparison between numerical solutions obtained from conservation and non-conservation forms of governing equations
- Project · Aug 2019OpenFOAM simulation of laminar flow through a circular pipe (Part 1/2)CFD
- Project · Aug 2019OpenFOAM simulation of laminar flow through a circular pipe (Part 2/2)CFD
- Project · Aug 2019Deriving the Compact Notation form of the Reaction Rate ODEs for a simple reaction mechanism
- Project · Aug 2019Simulating the flow over a backward facing step using the icoFoam solver in OpenFOAM and studying the effect of mesh grading factorCFD
- Project · Aug 2019Calculating Ignition Delay for the Auto-Ignition of Methane and studying its variation with Pressure and Temperature using Cantera and Python
- Project · Aug 2019Studying the variation of Adiabatic Flame Temperature with various parameters under constant pressure and constant volume using Python and Cantera
- Project · Aug 2019Sensitivity Analysis for the Auto-Ignition of Methane using Python and Cantera
- Project · Aug 2019Effect of preheating on the Adiabatic Flame Temperature and the Combustion efficiency of fuel
- Project · Aug 2019A study on Numerical Stability Analysis for ODE systemsCFD
- Project · Aug 2019Handling mixtures in Cantera
- Project · Aug 2019Simulating a simple stiff non-linear coupled ODE system using Newton-Raphson solver with implicit time integration
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