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Email verificeret.
chandigarh,
india
Det er i øjeblikket 7:34 AM her
Tilmeldt december 19, 2014
0 Anbefalinger
Pankaj S.
@pankajadgjmp
2,2
2,2
100%
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chandigarh,
india
100 %
Jobs færdiggjort
100 %
Indenfor budgettet
100 %
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Genansættelsesrate
CFD Engineer
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CFD modelling of wave impact on an offshore structure
CFD modelling of wave impact on an offshore structure
CFD modelling of wave impact on an offshore structure
CFD modelling of wave impact on an offshore structure
Anmeldelser
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Viser 1 - 2 ud af 2 anmeldelser
$65,00 USD
Mechanical Engineering
•
$60,00 USD
Engineering
Matlab and Mathematica
Mechanical Engineering
Software Testing
Finite Element Analysis
•
Erfaring
CFD applications engineer
aug. 2018 - Nuværende
4 years of experience in CFD applications. had dealt with projects related to HVAC, FSI, Multi-phase flow, Dynamic meshing etc.
Project Engineer
maj 2019 - Nuværende
Development in openFOAM as under
•Development of adaptive unstructured angular discretization grid for the finite volume method of radiative transfer equation for collimated beam radiation
• Modification of linear upwind scheme to solve the radiative transfer equation.
• Testing of all the methods developed in two-dimensional and three-dimensional geometry.
• Modelling fluid flow and CHT in a porous cavity using OpenFOAM.
thermal design engineer
okt. 2014 - okt. 2016 (2 år)
Dealt with projects related to HVAC, FSI, Multi-phase flow, Dynamic meshing etc.
Uddannelse
Master of engineering
(2 år)
bachelor of tehcnology
(4 år)
Publikationer
Numerical Analysis of the Heat and Fluids Flow Performance of Cuo-nanofluids in Flat Tube with Bend
Revue des Composites et des Materiaux Avances
Performance of flat tube bent at 90⁰ was compared with performance of straight flat tube under same conditions. It was observed that heat performance of nanofluids under different volume concentrations between 0.1 % to 0.4 % v/v of nanoparticles is better than that of base fluids and also increased by almost 19-20 % due to presence of bend in between flat tube. The study also proves that use of nanofluids can play very important role in decreasing overall size of heat transfer systems.
Numerical Study on Performance of Flat Tube with Water Based Copper Oxide Nanofluids
materialstoday: Proceedings
The nanofluid was passed through a virtual 3D model of a flat tube. Advantages of using nanofluids instead of pure base fluid were evaluated. The thermophysical properties of the nanofluid were calculated using correlations developed from experimental work. It was observed that the heat transfer performance increased with increase in particle concentration, temperature and Reynolds number.
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